With the ever growing use of the web nowadays internet search engines have turned into extremely important tools, which provide users with the information they are looking for.

Today, over 80% of internet users access their required information through web search engines. Local search engines can provide better local services and transfer the global network traffic into local traffic. Parsijoo search engine has been developed to meet this growing requirement, and has achieved coverage of more than 500 million Persian web pages, providing value-added services to interact and to respond to more than 2 million queries per day.

Within this scope, following peculiarities can be taken into account:

• Text Search
• Image Search
• News Search
• Map Search
• Speech Search
• Scientific Search

• Covering local web sites-web pages- through general domains
• Searching & indexing all Persian web pages (in web environment)
• Intelligent updating of content
• Providing fast answers to queries

ICT research center has developed and implemented a comprehensive and smart Persian language search tool, which can handle various kinds of text processing from lexical level to semantic level. The aim of this processing engine is to enable users to perform searches and view the results in their native language.

Parsi Pardaz comprises nine Persian language processing and integration tools for all

language analysis layers corresponding to the following categories:

• Lexical Layer Tools: Normalizer, tokenizer,  spell checker
• Morphological Layer Tool: Lemmatizer, Stemming, POS Tagger
• Syntactic Layer Tool: Syntactic parser dependency
• Semantic Layer Tool: Semantic rule labeling

This conference, co-sponsored by Information Technology Organization and Iran telecommunication research center, was held in December, 2015 and comprised workshops and 5 panels addressing the key challenges in the implementation of CDN.

Within this scope, the following features are taken in to account:

• Providing 5 panels addressing the key challenges in the implementation of CDN
• Introducing the services of Abrarvan Company
• Attracting mobile operators, Internet service providers, content providers, startups, researchers, policy makers, users, students and practitioners
• Encompassing the fields of CDN, services research, virtualization, security and privacy

The conference held in September, 2015 and included tutorials and 4 business panels addressing the key theme of Cloud Computing.

Within this scope, the following features were provided:

• Attracting startups, researchers, policy makers, developers, users, students, and practitioners from the fields of Cloud Computing
• Attracting stakeholders from the fields of systems architecture, services research, virtualization, security and privacy, and high performance computing
•  Emphasizing on how to build cloud computing platforms with real impact
• Introducing the first Iaas service by Information Technology Organization 

Explaining the current status of postal products and services, identifying the needs and demands of present and future customers, formulation and provision of market strategies for postal services, define and update new and innovative services for consumers.

Within this scope, the following services are provided:

• Determination of marketing strategies for postal services
• SWOT analysis of postal markets and value-added services
• Explaining the Post Company services markets
• Explaining the position of major competitors in the postal services market
• Universal Postal Union's Annual reports
• Post Company's recent reports of five years
• Opinions analysis of private consumers, organizational customers, post company's employees, post company's website users (using different questionnaires)

The main activities of the project can be mentioned as follows:

• Doing comparative study of the cost model of e-gov services
• Designing cost model for e-gov services
• Designing price model for e-gov services
• Providing some policy making tools for e-gov services
• Analyzing gap for e-gov services
• Investigating e-gov pricing regulations
• Analyzing gap on public-private partnership in e-gov development

Explaining the current status of  ICT regulatory system and identifying performance related entities (actors) and preparing strategic document for ICT Regulatory and offering ICT regulatory operational programs in both short term (one year) and long term (5 years).

Within this scope, the following impacts can be taken into account:

• Promoting regulatory institutions in the country
• Determining governance areas  for communications and information technology  (the universal approach)
• Determining regulatory areas of ICT
• Determining goals, strategies and operational policies for ICT regulatory
• Proposing enterprise architecture, structure and functions of the ICT regulatory
• Determining of executive projects necessary to achieve the objectives of governing document for short term, medium term and long term intervals

• Preparing regulatory governing document based on strategic planning of Robinson group
• Preparing the ICT sector based on the United Nations  ISIC Rev.4
• Using competitive approach with emphasis on the prevention of anti-competitive behaviors
• Using TEAF Architecture model for creating a regulatory structure

The aim of this project is to deploy the de-multiplexer in Ku-Band with the following specifications:

• High center frequency stability
• Narrowband contagious channels
• Good out of band rejection

Within this scope, following features can be taken into account:

• Reliability: 95% for 12 years
• Frequency Band: (10.95-10.99 GHz)
• Channel bandwidth: 36 MHz
• Number of channels: 4
• Maximum input power: 10W
• Operating temperature: -15 ~ +55 °C
• Dimensions: 0.50×0.40×0.05 m
• Out of band rejection: 30 dB
• Dielectric resonators

The aim of this project is to deploy multiplexer for a Ku-Band with the following specifications:

• High center frequency stability
• Narrowband contagious channels
• Good out of band rejection.

Within this scope, following features can be taken into account:

• Reliability: 95% for 12 years
• Frequency Band: (10.95-10.99 GHz)
• Channel bandwidth: 36 MHz
• Number of channels: 4
• Maximum channel power: 100W
• Operating temperature: -15 ~ +55 °C
• Dimensions: 0.50×0.40×0.15 m
• Combining loss: 0.5 dB
• Out of band rejection: 30 dB
• Dual mode waveguide resonators

The aim of this project is to deploy bent pipe type transponder with reliable & stable local oscillator to keep the frequency translation stable. Within this scope, following features can be taken into account:

• Reliability: 95% for 12 years
• Transmit frequency: (10.95-10.99 GHz)
• Receive frequency: (14-14.04 GHz)
• Operation modes: FGM & ALC
• Noise figure: <2.2 dB
• Output power: 40W
• Input power sensitivity: -76dBm ~ -91dBm
• Operating temperature: -15 ~ +55 °C
• Dimensions: 0.44×0.38×0.21 m
• Power consumption: 380 W
• Power supply: 32 ~ 50Vdc