Titlebook: Networking, Intelligent Systems and Security; Proceedings of NISS Mohamed Ben Ahmed,Horia-Nicolai L. Teodorescu,Anou Conference proceeding

LIMIT

Tomato Plant Disease Detection and Classification Using Convolutional Neural Network Architectures Tect and classify plant diseases according to their types. Thanks to these processes, many farmers have solved their harvesting problems (plant diseases) and considerably improved their yield and the quality of the harvest. In our article, we propose to study the plant disease (tomato) using the Plan

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DAMP

Skin Detection Based on Convolutional Neural Networkere carried out on images of variable complexity: indoor, outdoor, variable lighting, simple and complex background. The results obtained are very encouraging, we show the qualitative and quantitative results obtained on SFA and BAO datasets.

Conflagration

Optimization of a Multi-criteria Cognitive Radio User Through Autonomous Learning secondary users. Our approach is to use a multi-agent system based on autonomous learning and focused on a competitive cognitive environment. In this paper, we evaluate the secondary user’s performance in an ideal environment of cognitive radio systems; we use the multi-agent platform called Java A

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Integrating Business Intelligence with Cloud Computing: State of the Art and Fundamental Conceptsportant definition regarding cloud computing and business intelligence, the importance of each one, and the combination of both, evoking a cloud BI, we will present the management risks to take into account before proceeding to solutions, and the benefits and challenges of cloud computing will also

掺假

Real-Time Distributed Pipeline Architecture for Pedestrians’ Trajectoriesectories. We collect pedestrians’ positions in real-time using a GPS tracker mounted in their smart phones. The collected data will be displayed to monitor trajectories and stored for analytical use. To achieve real-time distribution, we are using delta architecture. To enforce this pipeline archite

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. opamps, logic gates), followed by ICs that integrate larger parts of a s- tem (e. g. microprocessors, radio tuners, audio ampli ers). Following this trend of system integration, this eventually leads to the integration of analog and d- ital components in one chip, resulting in mixed-signal ICs: di

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教义

AER

Badr-Eddine Soussi Niaimi,Mohammed Bouhorma,Hassan Ziliincreasing integration density and topics like mixed signal integration and on the other hand from the exploding design complexity including questions like system-level integration, test and verification, design re-use, on-chip communication and interfacing structures, reconfigurable subsystems, des