 The CISCAI-PCU made Hanoi City as its second and final leg (after Vientiane, Laos PDR) of the projects quarterly monitoring activities. The CISCAI-PCU team, which was led by Dr. Jose Edgardo Aban, CISCAI Project Coordinator and Mr. Bambang Wijayanto, CISCAI Systems Administrator held meetings with key Vietnamese counterparts from June 1 to 4, 2009. Leading the coordinative effort in Vietnam is NetNam, a government-owned corporation which was founded in 1994 by the Institute of Information Technology, the pioneer of Internet service provision in Vietnam.
Among the salient points that were agreed upon during the meetings with Prof. Tran Bah Thai and Mr. Vu The Binh, Director and Deputy Director of NetNam, respectively, were the implementation on the use of the IP-STAR* portable VSAT** ground receiving stations (GRS), for the CISCAI projects requirements for mobile internet-via-satellite connectivity applications, in tandem with the design and development of mobile, on-the-fly WIMAX (Wireless Interoperability for Microwave Access) base stations. The WIMAX and the IP-STAR GRS will be retrofitted on a vehicle to be provided by and through the courtesy of the National Institute of Health and Epidemiology (NIHE) of the Vietnam Ministry of Health. On June 2, Tuesday, detailed technical presentations were made by Mr. Ong Tran Kiem Dung and Mr. Nguyen Bao Trung, Director and Deputy Director, respectively, of the Information and Communication Technology Department for Natural Resources and Environment (CIREN) of the Vietnam Ministry of Natural Resources and Environment. The presentations highlighted the use of mobile geographic information systems (GIS) and the application of Free Open Source Software (FOSS) on the CISCAI project. The use of FOSS and GIS are two key features which would make CISCAI project highly replicable in many member states of ASEAN.
Likewise, the CISCAI PCU Team on several occasions, met with other key Vietnamese stakeholders, among whom were with Dr. Vu Dinh Thiem, Dr. Mr. Nguyen Cong Khanh both of the NIHE; with Dr. Tran Ngoc Thang, Director of Planning, International Cooperation and Science Division and Dr. Van Dang Ky, Chief of Epidemiology Division, Vietnam Department of Animal Health (DAH). (CISCAI-PCU)
__________ * The IPSTAR broadband satellite was designed for high-speed, 2-way broadband communication over an IP platform. The satellite's 45 Gbit/s bandwidth capacity, in combination with its platforms ability to provide an immediately available, high-capacity ground network with affordable bandwidth, allows for rapid deployment and flexible service locations within its footprint. The IPSTAR system is comprised of a gateway earth station communicating over the IPSTAR satellite to provide broadband packet-switched communications to a large number of small terminals with network star configuration.
** VSAT is an abbreviation for a Very Small Aperture Terminal. It is basically a two-way satellite ground station with a less than 3 meters tall (most of them are about 0.75 m to 1.2 m tall) dish antenna stationed. The transmission rates of VSATs are usually from very low and up to 4 Mbit/s. The VSAT's primary job is accessing the satellites in the geosynchronous orbit and relaying data from terminals in earth to other terminals and hubs.
|