9th International Conference on Image and Signal Processing
June 4-6, 2020, Marrakech, Morocco.



Special Sessions

ICISP 2020 will include a number of special sessions.

  1. Data and Image Processing for Precision Agriculture (DIPPA'20)
  2. Digital Cultural Heritage
  3. Machine Learning Application and Innovation (MALAI '20)

Session 1 :

Data and Image Processing for Precision Agriculture

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Focus and objectives of the Special Session :

Nowadays, agriculture faces several challenges to maintain productivity and reduce environmental impact. With advances in the technologies of robots, drones, IoT..., precision agriculture and smart farming have opened up new opportunities to meet these challenges... Huge amount of data (images, signals, ...) generated by the new technologies, provides key element for the modern agriculture. Therefore, interest in this digital revolution is growing rapidly in various domains of agriculture, particularly the management of inputs l and decision-making. In this context, data analysis and modelling methods are an important topic for precision agriculture. For instance, plant disease detection and recognition using aerial imagery can be used to plan targeted actions and reduce the use of inputs; mathematical models of evolutions of the diseases or these species will allow act more preventively; robots with vision-based capabilities for weed detection and classification allows a more precise action ...


Session 2 :

Digital Cultural Heritage

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Focus and objectives of the Special Session :

This special session with focus on digital Cultural Heritage application is organized within the conference with the support of the ANR-SUMUM project funded by the ANR and EU MSCA-ITN CHANGE ...


Session 3 :

Machine Learning Application and Innovation (MALAI '20)

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Focus and objectives of the Special Session :

Artificial intelligence (AI) is used to describe many technologies and applications. Generally, the term describes computer systems that replicate human intelligence. AI systems are in their beginning, but technology promises to change almost every aspect of our lives in the coming decades. Machine learning will drive most of the changes we will see in the next few years. The fundamental change at the use of ML is the transition from a human command-driven tool to a machine inference engine that applies logical rules to a dataset to infer new information. This change is extremely important because it results in software being increasingly able to develop and refine their own instructions to perform tasks without the limiting factor of a human being to provide decisions. Indeed, the limitations of traditional application design are beginning to be affected, and new applications can be met ...