Distribuerede Systemer. Tema The Distributed Application Engineering specialisation aims to provide students with knowledge and understanding of distribution.

Slides:

Advertisements

Similar presentations

Direction générale de lAviation civile direction de la Technique et de lInnovation direction des services de la Navigation aérienne AGCFG meeting Brussels.

Advertisements

Motorola General Business Use MOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are.

Information Society Technologies programme 1 IST Programme - 8th Call Area IV.2 : Computing Communications and Networks Area.

Load Management System with Intermittent Power on the Grid Ruth Kemsley CEng MIMechE MIEE Econnect Ventures Ltd.

Márk FélegyháziMaster’s Thesis Development and Evaluation of a Dynamic Bluetooth Network Formation Procedure Márk Félegyházi, György Miklós Ericsson Research,

Distributed Systems and Network Planning. Distributed Systems and Network Planning The specialisation aims to provide students with the ability to undertake.

Distributed Systems/ Network Planning Henrik Schiøler.

GrooveSim: A Topography- Accurate Simulator for Geographic Routing in Vehicular Networks 簡緯民 P

Presented at ICC 2012 – Wireless Network Symposium – June 14 th 2012.

The SMARTFREIGHT project Hans Westerheim SINTEF ICT.

Decision Making: An Introduction 1. 2 Decision Making Decision Making is a process of choosing among two or more alternative courses of action for the.

September 9, Wireless Internet Performance Research Carey Williamson iCORE Professor Department of Computer Science University of Calgary.

Rev A8/8/021 ABC Networks

Traffic Engineering With Traditional IP Routing Protocols

1 Internet Protocols and Network Performance Issues Carey Williamson iCORE Professor Department of Computer Science University of Calgary.

Virtual Traffic signs Driver Attention System Final Presentation Students : David Eyal Handaly Gidi Semester : Spring 2004 Instructor : Kats Idan Cooperation.

Collaborative Wireless Networks Computer Laboratory Digital Technology Group Wireless Communications Today Wireless communications today has evolved into.

A Decision Support System For Civil Protection Prof. Thanasis Ziliaskopoulos University of Thessaly Hellenic Institute of Transport International Conference.

COMMUNICATION NETWORKS. The Communication Networks Line aims to provide students with knowledge and understanding of modern communication systems analysis.

Distributed Systems and Network Planning The specialisation aims to provide students with the ability to undertake the construction of large scale information.

Architecture and Real Time Systems Lab University of Massachusetts, Amherst I Koren and C M Krishna Electrical and Computer Engineering University of Massachusetts.

CORE 1: PROJECT MANAGEMENT Understanding the Problem.

Laboratory of Modelling and Optimizing Information Communication Networks and Services University of Zagreb Faculty of Transport and Traffic Sciences.

C OLUMBIA U NIVERSITY Lightwave Research Laboratory Embedding Real-Time Substrate Measurements for Cross-Layer Communications Caroline Lai, Franz Fidler,

FI-WARE – Future Internet Core Platform FI-WARE Interface to Networks and Devices (I2ND) July 2011 High-level description.

COGNITIVE RADIO FOR NEXT-GENERATION WIRELESS NETWORKS: AN APPROACH TO OPPORTUNISTIC CHANNEL SELECTION IN IEEE BASED WIRELESS MESH Dusit Niyato,

SMUCSE 8344 Term Paper Topics (Always Incomplete).

Chapter 1 Introduction to Simulation

Semantic Web & Service Platforms Technical Club Centre for Communication Systems Research Faculty of Engineering and Physical Sciences University of Surrey.

Wireless Networks Breakout Session Summary September 21, 2012.

Specialisations: DIRS (Distributed Application Engineering) NPM (Network Planning & Management) Institute of Electronic Systems.

Communication Networks (Kommunikationsnetværk) Specialisations: Distributed Application Engineering Network Planning & Management Ole Brun Madsen Professor.

RELATIONAL FAULT TOLERANT INTERFACE TO HETEROGENEOUS DISTRIBUTED DATABASES Prof. Osama Abulnaja Afraa Khalifah

A Pervasive Architectural Framework for Providing Remote Medical Treatment Author:D. Vassis, P. Belsis, C.Skourlas,G.Pantziou 1.

The roots of innovation Future and Emerging Technologies (FET) Future and Emerging Technologies (FET) The roots of innovation Proactive initiative on:

Business Process Change and Discrete-Event Simulation: Bridging the Gap Vlatka Hlupic Brunel University Centre for Re-engineering Business Processes (REBUS)

Hybrid Cellular-Ad hoc Data Network Shuai Zhang, Ziwen Zhang, Jikai Yin.

1 ACTIVE FAULT TOLERANT SYSTEM for OPEN DISTRIBUTED COMPUTING (Autonomic and Trusted Computing 2006) Giray Kömürcü.

Rev A Mikko Suominen Enhancing System Capacity and Robustness by Optimizing Software Architecture in a Real-time Multiprocessor Environment.

9 Systems Analysis and Design in a Changing World, Fourth Edition.

Providing End-to-End Delay Guarantees for Multi-hop Wireless Sensor Networks I-Hong Hou.

1 © NOKIA Functionality and Testing of Policy Control in IP Multimedia Subsystem Skander Chaichee HUT/Nokia Networks Supervisor: Professor Raimo.

1 Structure of Aalborg University Welcome to Aalborg University.

A Study of Non Real Time Radio Bearer Packet Data Performance in UMTS Radio Access Network Seema Gyanwali Supervisor: Professor Sven Gustav Häggman Instructor:

Usage model: Wireless Peer to Peer Communication IEEE Presentation Submission Template (Rev. 9) Document Number: IEEE C802.16m-08/259 Date Submitted:

Modeling In-Network Processing and Aggregation in Sensor Networks Ajay Mahimkar The University of Texas at Austin March 24, 2004.

Emergency Services Workshop, 21th-24 th of October, Vienna, Austria Page 1 IP-Based Emergency Applications and Services for Next Generation Networks PEACE.

Wireless Network Management SANDEEP. Network Management Network management is a service that employs a variety of tools, applications, and devices to.

CHANNEL ALLOCATION FOR SMOOTH VIDEO DELIVERY OVER COGNITIVE RADIO NETWORKS Globecom 2010, FL, USA 1 Sanying Li, Tom H. Luan, Xuemin (Sherman) Shen Department.

Intro Wireless vs. wire-based communication –Costs –Mobility Wireless multi hop networks Ad Hoc networking Agenda: –Technology background –Applications.

1 Architecture and Behavioral Model for Future Cognitive Heterogeneous Networks Advisor: Wei-Yeh Chen Student: Long-Chong Hung G. Chen, Y. Zhang, M. Song,

MIT Lincoln Laboratory Dynamic Declarative Networking Exploiting Declarative Knowledge To Enable Energy Efficient Collaborative Sensing Daniel J. Van Hook.

Wireless sensor and actor networks: research challenges Ian. F. Akyildiz, Ismail H. Kasimoglu

Urban Mobility Management and Emissions Measurement System Boile Maria 1,2 Afroditi Anagnostopoulou 1 Evangelia Papargyri 1 1 Centre for Research and Technology.

In the name of God.

Technologies curriculum

“An Eye View On the Future Generation Of Phones”

Architecture and Algorithms for an IEEE 802

Potential Areas of Research Activity – March 2000

Engineering Geology William Shehata.

Effective radiation pattern

Network and Services Management

A Network Virtual Machine for Real-Time Coordination Services

Algorithms for Big Data Delivery over the Internet of Things

User Interference Effect on Routing of Cognitive Radio Ad-Hoc Networks

RESEARCH, EDUCATION, AND TRAINING FOR THE SMART GRID

Dynamic Simulation and Control Design (IA5617)

Mobile ad hoc networking: imperatives and challenges

Utilizing the Network Edge

A Deep Reinforcement Learning Approach to Traffic Management

Presentation transcript:

Distribuerede Systemer

Tema The Distributed Application Engineering specialisation aims to provide students with knowledge and understanding of distribution methodologies and their impact on system availabillity, performance and reliabillity.

Road Map ind i DIRS Distribuerede Systemer

Semestre ● 8. sem: Network Management ● 9. sem: Distributed Real Time Systems ● 10. sem: Speciale

8. sem: Network Management PURPOSE: * To provide knowledge of network management methodologies within telecommunication systems in general. * To provide understanding of how existing policies influence the efficiency and service profile of telecommunication systems. * To enable student to analyse and design functioning management systems for communication purposes. CONTENTS: Project work is based on an existing communication system, where efficiency may be improved by better network management. The communication system is analysed with respect to capacity, user profiles, required quality of service and existing network management policies. Ideas for improved network management are presented and some are selected for further investigation. A simulation system is designed and implemented on which the selected management policy is implemented and tested. If possible the selected management system is tested on the real life communication system. Simulation/Test results are given proper statistical treatment and conclusions are made with respect to improvement and statistical significance.

8. sem: Network Management ● Ingeniøransvar 1 ECTS SE ● Neural Network and Fuzzy logic 1 ECTS ● Network Management 3 ECTS ● Traffic analysis 1 1 ECTS ● Kommunikationssystemer 2 1 ECTS ● Self learning Systems 2 ECTS ● Human Computer Interaction 2 ECTS ● Graph Theory 2 ECTS

8. sem: Network Management Projekt eksempler ● RT-modellering af Sonofons MSN network vha DNC ● Quality of Service for Computer Gaming – An Evaluation of DiffServ ●

9. sem: Distributed RT Systems PURPOSE: * To provide knowledge and understanding of analysis and design methodologies of distributed real time systems. * To provide understanding of the importance of reliable temporal behaviour in dependable systems. CONTENTS: Project work is based on a general problem, where distributed real time systems provide possible solutions. The problem is analysed w.r.t. communication needs and associated quality of service aspects. A number of communication technologies and architectures are compared to the needs identified and some are selected among those for further treatment. A distributed real system is designed as a solution to the problem based on the selected technology and architecture. A number of elements, sufficient to demonstrate the virtues of the designed system, are implemented. Test is performed at module and system levels and acceptance testing is partly specified. At every relevant level temporal behaviour and reliability should be tested.

9. sem: Distributed RT Systems ● Hybrid Systems 1 ECTS ● Discrete Event Systems 1 ECTS ● Traffic analysis 2 1 ECTS ● Analysis and design of fault tolerant distributed realtime systems 1 ECTS

9. sem: Distributed RT Systems Projekt eksempler ● P2P Internet Radio System – Based on Kademlia ● Multipurpose Wireless LAN using Bluetooth ● Airport Ground Vehicle Surveillance System ● Developing a Robust Protocol for Wireless Fire Alarms ● Routing Protocol Evaluation for a Battlefield Communication System ● Wireless Network in Warehouse using Bluetooth ● Analysis, Design and Prototype Implementation of Bluetooth Scatternet Carrying MPEG-4 Video Traffic ● TOMPED

9. sem: Distributed RT Systems Projekt eksempler ● Distribueret Kedelstyringssystem ● Provision of Highly Available IP-based services ● Performance Optimization in Wireless Multi-hop Networks via Analytic Models ● Optimization of Downlink Throughput for Cellular WCDMA systems using Markov Decision Processes ● Energy-Efficient Operation of Bluetooth Networks ● Trådløst Sensornetværk til Staldsystemer ● Satelite Ground Station Network

Road Map ud af DIRS Distributed Systems CSR, TTPCOM, Texas Instruments, BLIP-systems, Ericsson, Siemens, ETI, Gatehouse, Vestas, FLS Automation, Skov A/S, Systematic, DATOR (Crisplant), Migatronic, Terma, Grundfos, B&O, Danfoss (Sauer/Drives), RTX, CISS,....

DIRS – people