Logo ya FreelancerJinsi inavyofanya KaziVinjari Kazi
Ingia Jisajili
Chapisha Mradi
Picha ya jalada la wasifu
Sasa unafuata
Hitilafu katika kufuata mtumiaji.
Mtumiaji huyu haruhusu watumiaji kumfuata.
Tayari unamfuata mtumiaji huyu.
Mpango wako wa uanachama unaruhusu tu ufautiliaji 0. Boresha hapa.
Umefaulu kuacha kufuata
Hitilafu wakati wa kuacha kumfuata mtumiaji.
Umefaulu kupendekeza
Hitilafu katika kumpendekeza mtumiaji
Hitilafu fulani imetokea. Tafadhali onyesha upya ukurasa na ujaribu tena.
Barua pepe imethibitishwa kwa ufanisi.
Picha ya Mtumiaji
$12 USD / saa
Bedera ya MOROCCO
agadir, morocco
$12 USD / saa
Ni saa 1:49 PM hapa
Alijiunga Machi 21, 2020
0 Mapendekezo

Mouaad E.

@MouaadErrami

 5.0 (2 hakiki)
2.8
2.8
100%
100%
$12 USD / saa
Bedera ya MOROCCO
agadir, morocco
$12 USD / saa
100%
Kazi Zilizokamilika
100%
Kwa Bajeti
100%
Kwa wakati
N/A
Kiwango cha Kuajiriwa Tena

FREELANCE ON  DATA SCIENCE  , DEVELOPMENT

Thanks for visiting our profile. My number one and most important value is the guarantee of customer satisfaction! I will make sure to fulfill all the requirements of your project and are open to discuss further any of your conditions. I am skilled in Computer Science (specialized in Machine learning), and have realized a great number of projects pertaining to Data Mining, Big Data, and Deep Learning. As such, I have amassed a good amount of knowledge on R and Python. I also have decent knowledge in statistics and Mathematics. You are free to consult my earlier works in order to assess for yourself. My work is not limited to ML, as I am also proficient in Web Development using PHP and Software Architecture. Some of my projects have required the use of technologies such as Node.js/Express as well as more traditional technologies like PHP/Laravel, Python/Django, and MySQL. Among thousands of specialists, what differs me from others is my problem solving methods. A good result is guaranteed as soon and I accept the job. I'm looking forward to hearing from you.
Freelancer Python Developers Morocco
Angalia wotePython Developers in Morocco

Wasiliana na Mouaad E. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

Portfolio

8748111
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
8748068
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
8748049
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
8717013
it is a kind of platform that acts as an interface between applicants and the school. Students, professors and staff will have access to our platform. Each new visitor will be asked to authenticate for faculty and staff and for applicants to complete their registration form. So when the teacher authenticates, he will have access to his thesis database. He can add, modify, delete theses. Also when the admin authenticates, he will have access to all the databases of data. he can publish theses and results. add or delete a teacher
Management of doctoral theses
it is a kind of platform that acts as an interface between applicants and the school. Students, professors and staff will have access to our platform. Each new visitor will be asked to authenticate for faculty and staff and for applicants to complete their registration form. So when the teacher authenticates, he will have access to his thesis database. He can add, modify, delete theses. Also when the admin authenticates, he will have access to all the databases of data. he can publish theses and results. add or delete a teacher
Management of doctoral theses
8716990
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
8716982
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
8748111
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
The Group has adopted a new strategy for digitalizing its industrial processes. This is achieved by integrating the connected sensors into the equipment to collect the data and to allow real-time monitoring of the process; this ensures effective remote control that controls fertilizer quality on site. Thus, the aim of our project is to optimize the operating parameters of the fertilizer production process in order to master the quality of NPK fertilizers and to identify the real root causes impact on quality. This helps consolidate the initial data set and identify important variables. However, after using a few techniques to select variables, it turns out that they are expensive or ineffective. As a result, new variables were introduced that surpassed all conventional methods used. Finally, a predictive model for the quality (Titles and grain size 2-4mm) of NPK fertilizers was constructed. Subsequently, optimization heuristics were applied to find the
Predictive model for controlling the quality of NPK
8748068
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
This application consists of determining the current position of the user, locating the emergency services that are close to him, as well as establishing information specific to the chosen service.
application for locating and finding emergency services
8748049
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
In order to better improve its management costs, we were entrusted with the task of creating a solution capable of simulating the management costs of a multi-technique park .we discuss the different needs of the users, such as the functional and technical ones, before breaking down the different steps which allowed us to conceptualize the project. As we study the complete process needed to understand how management costs are decided, we manage to consolidate the initial data as well as the important variables. The next step was all about choosing different machine learning algorithms in order to evaluate them one by one and choosing the most compatible one in our case.
IMPLEMENTATION OF A MULTI-TECHNICAL MAINTENANCE COST SIMULAT
8717013
it is a kind of platform that acts as an interface between applicants and the school. Students, professors and staff will have access to our platform. Each new visitor will be asked to authenticate for faculty and staff and for applicants to complete their registration form. So when the teacher authenticates, he will have access to his thesis database. He can add, modify, delete theses. Also when the admin authenticates, he will have access to all the databases of data. he can publish theses and results. add or delete a teacher
Management of doctoral theses
it is a kind of platform that acts as an interface between applicants and the school. Students, professors and staff will have access to our platform. Each new visitor will be asked to authenticate for faculty and staff and for applicants to complete their registration form. So when the teacher authenticates, he will have access to his thesis database. He can add, modify, delete theses. Also when the admin authenticates, he will have access to all the databases of data. he can publish theses and results. add or delete a teacher
Management of doctoral theses
8716990
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
To fulfill this goal, Dashboards and reports have been elaborated to allow the statisticians of the Data Department to manage and manipulate all data related to Self- Activities. The realization of the project was only possible through the help of the Business Intelligence suite, through SQL server for the creation of the Data Warehouse, Data integration with Visual Studio, and Power BI for the Reporting.
Realization of a solution business decision-making
8716982
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning
The Group has adopted a new strategy of digitalisation of import processes. This is achieved by the digitisation of the import process to enable real-time monitoring of the process and reduce the time required for this process, directly on the site. In that way, our project is to allow the importer to know the estimated time that the imported goods will spend in the port for control measures before he will be able to take control of them. Moreover, to identify the things that have an impact on that duration. In the beginning, we started our approach by defining the context of our project. Afterwards, we analysed the different stages of conception, and then we carried out a complete study of the process to become familiar with its equipment and to understand the interactions between its different parts. This helps to consolidate the initial data set and to identify the factors that influence the entire import operation. Finally, a predictive model was built for the duration
Development of predictive models based on machine learning

Kaguzi

Mabadiliko yamehifadhiwa
Inaonyesha 1 - 2 kutoka kwa 2 - hakiki
 Chuja hakiki kulingana na:
5.0
£40.00 GBP
Price comparing application
Good quality work delivered on time
PHP
Java
Python
Web Scraping
HTML
Y
Bedera ya Yuewen D.
@YW2021
•
3 years ago
5.0
$40.00 USD
Realization of a request management application of staffing
Mouad is a great person to work with. His level of knowledge is tremendous and very skilled in Spring Framework and Java. Delevered the work in time. Continusly communicated even after the work is completed. Would recommend him 100% for any future work. Thanks Mouad
AngularJS
Java Spring
Microsoft SQL Server
MVC
SQL
Picha ya Mtumiaji
Bedera ya Abderrahim O.
@oujbih
•
3 years ago

Wasiliana na Mouaad E. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

Udhibitisho

Wafanyakazi Huru Wanaopendelewa
Amedhibitishwa Kiutambulisho
Amedhibitishwa Kimalipo
Amedhibitishwa Kisimu
Amedhibitishwa Kibarua pepe
Facebook Imeunganishwa

Ujuzi wa Juu

Python 1
SQL 1
Web Scraping 1
Java Spring 1
JavaScript

Angalia Wafanyakazi Huru sawia:

Python Developers in Morocco
Python Developers
SQL Developers
Web Scraping Specialists

Pitia Onyesho Sawia

Python
SQL
Web Scraping
Java Spring
Mtumiaji wa zamani Mtumiaji Mwingine
Mwaliko umetumwa kwa mafanikio
Asante! Tumekutumia kiungo cha kudai mkopo wako bila malipo kwa barua pepe.
Hitilafu fulani imetokea wakati wa kutuma barua pepe yako. Tafadhali jaribu tena.
Logo ya Freelancer Kenya / Kiswahili Huduma na Usaidizi Mfanyakazi Huru Kategoria Miradi Mashindano Wafanyakazi Huru Enterprise Uanachama Mpango wa Mfanyakazi Huru Anayependelewa Usimamizi wa Mradi Kazi Mtaani Photo Anywhere Maonyesho API ya Wasanidi Programu Thibitishwa Programu ya Kompyuta Kuhusu Kutuhusu Inavyofanya Kazi Usalama Mwekezaji Ramani ya tovuti Hadithi Habari Timu Tuzo Matoleo kwa Vyombo vya Habari Kazi Sheria Sera ya Faragha Sheria na Masharti Sera ya Hakimiliki Kanuni ya Maadili Malipo na Ada WashirikaEscrow.comLoadshiftWarrior Forum VitufeNembo ya Programu ya Duka la AppleLogo ya Google Play
Imeshindwa kunakili kwenye ubao wa kunakili, tafadhali jaribu tena baada ya kurekebisha ruhusa zako.
Imenakiliwa kwenye ubao wa kunakili.
Watumiaji Waliosajiliwa Jumla ya Kazi Zilizochapishwa
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Onyesho la kukagua linapakia
Ruhusa imetolewa kwa Uwekaji wa Kijiografia.
Muda wako wa kuingia umeisha na umetoka nje. Tafadhali ingia tena.