White Papers

Army Enterprise Thin Client Architecture Standardization for Army Small Computer Program (ASCP)

Overview This White Paper is designed to support the Army Small Computer Program's (ASCP), Thin Client Architecture Standardization Program. Contained herein GTSI outline a solution based approach and subsequent methodologies around optimal thin client computing environment deployments to include hardware, software and resource requirements. GTSI is proposing an implementation methodology based on years of experience and adherence to industry proven best practices. Within this draft is outlined the approach, methodologies, materials needed to build a solution, and continued benefits of incorporating such a solution. Through the knowledge and experience this paper allows the Army an ease of use and secure application delivery mechanism while continuing to allow for secure, centralized administration of Army IT assets and tools.

Download White Paper

By downloading you agree to our Terms and Conditions. These include information regarding use of your personal data.

Publisher
GTSI
File Format
PDF
Date Published
Sep 10, 2008
Format
White Papers
Topics
Thin Clients, Software Engineering

Similiar White Papers

Load Testing 2.0 for Web 2.0: Simplifying performance validation for Rich Internet Applications

Load Testing 2.0 for Web 2.0: Simplifying performance validation for Rich Internet Applications

Today, rich internet application (RIA) technologies are making dramatic inroads in corporate environments. One of the bi

Publisher: Hewlett-Packard (HP)  |  Tags: applications, ria

Choosing the Right Thin Clients for Your System I (iSeries)

Choosing the Right Thin Clients for Your System I (iSeries)

In the beginning, thin-client terminals booted from a server, had very slow CPUs with small amounts of memory, and relie

Publisher: BOSaNOVA  |  Tags: application server, applications, server, software, software applications, thin clients

An Adaptive Thin-Client Robot Control Architecture

An Adaptive Thin-Client Robot Control Architecture

This paper describes an architecture and runtime system to implement distributed control and data processing application

Publisher: University of Cambridge  |  Tags: applications, data, network, robotics