Presenter (s)

Overview

Isa Nakhai & Maziar Tasbihi

1. To sense the presence and identity of vehicles or shipments in real-time over the infra-structure in through road-side devices or Global Positioning System
2. To communicate (i.e. transmit) large amounts of information cheaply and more reliably.
3. To process large amounts of information through advanced information technology.
4. To use this information more properly and in real-time in order to achieve better transportation network operations. We develop algorithms and mathematical methods to develop strategies for network control and optimization.

1. Advanced Transportation Management Systems
2. Incident Management
3. Electronic Toll and Highway Management
4. Congestion Pricing
5. Advanced Traveler Information Systems (ATIS)
6. Advanced Vehicle Control Systems (AVCS)
7. Commercial Vehicle Operations (CVO)
8. Advanced Public Transportation Systems (APTS)
9. Advanced Rural Transportation Systems (ARTS)

 With the advances in IT-infrastructure and multimedia technology, searching the media for the content of interest is becoming more important than ever. The main aims of MPEG 7 are to set standards for finding contents, purely based on multimedia content (video/image, sound) while MPEG21 sets a much wider picture of how multimedia content can be defined as digital objects and transported over the network. E-commerce technology and several electronic transactions, are small subsets of MPEG21 goals. Others services that can also benefit from handling multimedia content, is the News room, where TV broadcasters, can automatically find their programs on a vast amount of multimedia servers to be broadcasted / edited and prepared almost on line.

·   Compression of audio and video for storage and networking

· Segmentation of compressed video

· Searching the media by multimedia content

· Shape, Co lour, Texture, Motion, as the prime search components

· Video watermarking and its application to E-commerce, broadcasting and networking

· Video News room and archives

Digital watermarking is the best way to protect intellectual property from illicit copying. Digital watermarks hide the identity of an image or audio file in its noise signal. A pattern of bits inserted into a digital image, audio or video file that identifies the files copyright information.
The purpose of this paper is to provide copyright protection for intellectual property that's in digital format.
In this career we review digital watermarks an application of steganography.

·   Introduction

·   Content Ownership Protection

·   Cryptography

·   Digital Watermarking

·   Spam Controlling

·   Data Security

·   PGP

The aim of this workshop is to introduce content organization, sequencing and packaging using the available international standards such as IEEE LOM, SCORM and LMS. The workshop emphasis would be on content sequencing and organization using SCORM 2004 (version 1.3) specification. The concepts will be demonstrated using a SCORM editing software.

·   Content management

·   Learning management

·   SCORM

·   LMS simple sequencing

· Content structure and activity tree

·   Content packaging

·      Introduction

·     Concept of IT Strategic Planning

·     Approaches for IT strategic Planning

·      Enterprise Modeling

·      Ontology

·     Ontological Engineering Methodology and Strategic Planning

·     A Framework for IT Strategic  Planning with Ontology Enterprise Modeling

Director of Iran Free/Open Source National Project (Formerly GNU/Linux Localization), Senior consultant of Iran Free/Open Source National Project

The history of FOSS backs to around 20 years ago. During last two decades, FOSS

Free software with its unique distributed software development model has gained

the interests of many IT users and professional ranging from the ordinary users to

developers and policy makers. Free software is a matter of the users' freedom to

run, copy, distribute, study, change and improve the software. This type of software

freedom has provide the government with many advantages such as vendor

independence, security, reliability, reduce reliance of import, and developing local

software capacity. Moreover, Free software definition implies special software

development, licensing, and business models.

This workshop clear the origins of the FOSS movement and its reasons of

spreading around the world. The pros and cons of FOSS and experience of other

countries in applying it to their IT systems will be explained. Some

·         History Free Software

·         Software categories

·        Design and development of Free Software

·         Why FOSS? FOSS pros and cons

·         Governments and FOSS

·         FOSS licensing models

·         Iran experience in FOSS

 ·         Question and answer

Department of Electrical and Computer Engineering Isfahan University of Technology

IEEE Recommendation [2] defines architecture as the fundamental organization of a system embodied in its components, their relationships to each other and to the environment and the principles guiding its design and evolution.

Software architectures are important because they represent the single abstraction for understanding the structure of a system and form the basis for a shared understanding of a system and all its stakeholders (product teams, hardware and marketing engineers, senior management, and external partners). This is why software architecture documenting is a must.

This workshop discusses about the Hewlett Packard (HP) template for architecture documenting: how to document purposes, concepts, context and interface of a system, how to specify system structure in terms of its components, their interfaces, and their connections, and how to describe system behavior. This Template uses the UML notation

·      Introduction

·      System Purpose:

            Context

            System interface

            Non-functional requirements

·      Structure:

            Overview

            Components

            Interfaces

·      Dynamic Behavior:

            Scenarios

            Mechanisms

·      Other views:

            Process view

            Development view

            Physical view

·      Conceptual Framework

Conclusion

Geographic Information Technology (GIT) is a new technology and one of the fastest

growing areas of the IT technology. GIT is multidisciplinary in nature that combine

computer, communication and visualization technologies to handling information related

to location in order to support application of geographical data in different disciplines.

During the last decades, GIT has developed very powerful tools for data handling and

analysis. Geographic Information Systems are powerful applications that manage and

manipulate spatially referenced data using spatial analysis. Spatial analysis can be defined

as a quantitative data analysis in which the focus is on the role of space and which relies

on explicitly spatial variables in the explanation or prediction of the phenomenon under

investigation. This Workshop discusses on the importance of GIT in IT industry and

describes the spatial analysis role and importance in GIT applications. The audiences

learn the basics of GIT and spatial analysis knowledge and will be familiar to their

capabilities and applications. Also some advanced methods of spatial analysis using in

recent GIT systems and new developments will be discusse

1. GIT, Definition and introduction

2. The origin and resent development of GIT

3. Spatial analysis as the core of GIT

4. Spatial data visualization and exploration

5. Spatial Analysis basics, techniques and Models

6. Point Pattern Analysis

7. Grid Analysis

Faculty of Informatics, University of Wollongong, Australia

MehrAlborz University of Information and Communication Technology (Virtual)

This workshop introduces the underlying concept and technology of what is known as a "virtual campus" when it is used for University Education, Continuing Studies and/or Corporate Training purposes. Issues related to design, development and implementation of virtual campuses at national level are discussed, and new educational possibilities based on emerging educational technologies are covered. Special focus is given to the educational and technological models of a virtual university along with business aspects of setting up a virtual university in developing countries. A wide range of technology-enhanced educational tools that allow creation and delivery of educational resources with minimum hardware, software and bandwidth requirements are covered in some details.

1. Identification of technology-enhanced tools used in Internet and Web enabled University Education, Continuing Studies and/or Corporate Training both for supplementing traditional on-campus education and in actual virtual universities.
2. Issues discussed in typical educational and technology models of a virtual university.
3. Business aspects of a private virtual university for mass education in developing countries.

4. Related venture capital industries and partnership with relevant publishing and public/private education providers at national and international levels.

1. OXC/SDXC: Complete Optical Switch Network;

1.1  Introduction

1.2  Brief Technology of OXC

1.3 Application

2. DWDM & long haul solution ROPA (Remote Optical Post/Pre Amplifier);

2.1  Introduction

2.2  Brief Technology of DWDM

2.3  Amplification Technology (Raman, EDFA, ROPA)

2.4  Application

3. ASON: Automatic Switched Optical Network.

   3.1  Introduction

   3.2  Automatic Switching in Optical Network

   3.3  Comparison between NGSDH and ASON

   3.4  Application