Placements in a work environment.The content adapts according to the work environment under the supervision of the tutor
|
OPoptional |
15.00 |
F |
1first semester |
| J |
2second semester |
| S |
2second semester |
| SD |
2second semester |
MANAGEMENT: Organisation of the IT function.Concept and stages.Management of resources.Organisation.Digital documentation.Planning IT projects.Load estimation models and metrics.Follow-up and control (management) of a project.Automated help tools for project follow-up.Computer applications in the different areas of the company.Different levels of IT management.Contingency plans.THE IT DEPARTMENT: Functions to carry out in the IT department.Internal organisation of an IT department.Relationship with users: Information centre.IT for the end user: the example of office IT.IT planning.IT Audits.
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OPoptional |
5.00 |
A |
2second semester |
Configuration, Administration and Maintenance of SGBD.Physical design.CASE tools.Architectures of the SGBD relational and of objects.Processing of the consultations.Management of concurrence.Other architectures and models.SQL3.Data bases and XML.
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OPoptional |
5.00 |
A |
1first semester |
Engineering of requirements (OCL).Persistence frameworks.Process management and document management frameworks.Electronic signature and authentication frameworks.Integral information management systemsExamples: ERP, CRM.Distributed systems.Architecture directed at services.Light ES methodologies.
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OPoptional |
5.00 |
A |
1first semester |
Data warehouse. Elements of business intelligence. Information repositories for BI systems. Data banks Data warehouse. Creation and maintenance Data warehouse architecture. ETL tools for creating data warehouses. Multidimensional models. OLAP cubes. Data mining.Introduction. Pre-data process. Classification methods. Clustering methods. Regression methods. Learning association rules. Learning decision-making trees. Applications: user models and recommending systems, text mining, etc.
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OPoptional |
5.00 |
A |
1first semester |
Negotiation strategies and techniques.Leadership.Decision-making tools: Balanced scorecard.Presentation techniques:public speaking.Team work.Time management.
|
OPoptional |
5.00 |
A |
1first semester |
Study of the functional area of production.Production planning instruments( MPS, MRP, JIT) and production scheduling (SFC).Production control.Process-based management models.Basic processes of the production and logistics area.Logistics of productive systems.Production distribution.Stock management: Warehouses, product flow and information flow.Management models: TQM, Lean, TOC.
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OPoptional |
5.00 |
A |
1first semester |
Lighting systems and environment preparation.Image acquisition systems.Determining image characteristics.Motion sensing.3D reconstruction.Industrial Applications of Computer Vision systems.Computer vision project.
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OPoptional |
5.00 |
A |
1first semester |
Industrial manipulators.Mechanisms and actuators.Sensorisation.Kinematics and dynamics.Programming.Planning and follow-up of trajectories.Robotics with industrial manipulators project.
|
OPoptional |
5.00 |
A |
1first semester |
Analysis of computer architectures through embedded systems.Digital Interfacing.Buses used in modern embedded systems.Design and complete development of an embedded system specifically for particular programming and machinery requirements.Implementation, maintenance and test of systems.
|
OPoptional |
5.00 |
A |
1first semester |
Mobile robots.Sensors and actuators.Localisation.Environment detection.Programming and control architecture.Planning and follow-up of trajectories.
|
OPoptional |
5.00 |
A |
1first semester |
Basics of image processing.Histogram based operations.Neighbour based operations.Image analysis.Segmentation.Characterization: colour, texture and form.Statistical classification techniques (pattern recognition).Image and video database access systems.
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OPoptional |
5.00 |
A |
2second semester |
Introduction to computer based process control systems.Automatic control systems.Digitization of control systems.Design of digital controllers.Implementation of a digital controller.
|
OPoptional |
5.00 |
A |
1first semester |
Introduction and applications.Graphic data structures and representations.2D and 3D visualisation process.Visibility.Rendering.
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OPoptional |
5.00 |
A |
1first semester |
Functional and Logical Programming.Logical programming with restrictions.Multiparadigm integration.
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OPoptional |
5.00 |
A |
1first semester |
Lexical analysis.Syntactic analysis.Semantic analysis.Code generation.Optimization.
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OPoptional |
5.00 |
A |
1first semester |
Classical cryptography.Fundamentals of arithmetic.Arithmetical formalization of classical cryptography.Block encoding.Flow encoding.Secure key exchange.Public key.Digital signature.Introduction to information theory.
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OPoptional |
5.00 |
A |
2second semester |
Introduction.Concepts of error and approximation.Solution of large systems of equations: Direct methods, iterative Methods and Conditioning.Solution of non-linear systems of equations.Differential equation numerical integration methods: Runge-Kutta methods, multi-pass methods, Stability.Application to modelling and simulation of dynamic systems
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OPoptional |
5.00 |
A |
1first semester |
Introduction.Diffuse systems.Neural networks.Genetic algorithms.Hybrid systems.Case studies in industry, environment, games, e-Commerce, etc.
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OPoptional |
5.00 |
A |
1first semester |
The browser as graphic interface.Design patterns in web environments.Different programming environments in the client part.Different programming environments in the server part.Protection and security in web applications.Development platforms.
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OPoptional |
5.00 |
A |
2second semester |
Introduction to cryptography.Security in data bases.Security in Operating Systems.Network security.Electronic transfers from flows and E-Commerce.
|
OPoptional |
5.00 |
A |
1first semester |
Modelling linear and Integer programming problems.Simplex Algorithm.Duality in Linear Programming.Post optimal analysis, sensitivity and parametric analyses.Adaptation of the Simplex algorithm to network flow problems.Branch & Bound Algorithm.Adapting ILP algorithms to logistics and transport problems.Adapting ILP algorithms to planning, investment and localisation problems.Project management.
|
OPoptional |
5.00 |
A |
1first semester |
Administration of all aspects of a computer centre or data centre.System installation and post installation.Using basic operating system services.Shut-down and start-up operations.Creation and maintenance of the file system (recovery of errors, backups, RAID systems, etc.).User administration.Administration of devices (drivers, core options, etc.).Connectivity systems (network).Installation, configuration and maintenance of the most widely used services (email, web, file sharing and printers, etc.).Configuration and tuning.Basic security and monitoring.
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OPoptional |
5.00 |
A |
1first semester |
Technologies in trunk networks (network providers).Routing to Internet (OSPF and BGP).Optical networks WDM / DWDM, SDH.Traffic engineering techniques.Network protection techniques.What is Quality of Service (QoS),analysis and main parameters.Methods to guarantee service quality.Connection oriented networks (MPLS / GMPLS).Optimisation techniques in the design / configuration of network resources.Access and end to end networks (ADSL, fixed and mobile telephony, XDSI, X.25, FrameRelay, etc.).Economic and entrepreneurial vision of public data services: Planning and decision making.
|
OPoptional |
5.00 |
A |
1first semester |
Physical means, cables and technologies.Measuring and analysis of network performance.Client-server model: Administration and configuration of basic network services (web, email, etc.).Environments and protocols for network management.Network management models and standards (Telecommunications Management Network, Remote Monitoring, etc.).Network management on the Internet (Simple Network Management Protocol) and Management Information Bases (MIB)Management and configuration of CISCO Routers (IOS).Management and configuration of wireless Networks (RADIUS service).Management and configuration of Ethernet level networks (switch, VLAN, etc.).Monitoring complex networks (LAN, WLAN, WAN, Internet, etc.).````````````````````````````Network protection and security (firewalls, private virtual Networks, attacks and defences, etc.).IPv4 - IPv6 compatibility.Architecture and maintenance of an ISP (Internet Service Provider)
|
OPoptional |
5.00 |
A |
1first semester |