MRI: Development of an Advanced Laser Communications Research Facility with Internet Accessible Instrumentation

skormin, Victor a.s ny - Binghamton MRI：一种具有互联网可访问仪器的先进激光通信研究设施的开发该提案，开发一个实验研究实验室，扩展了在“网络空间”共享先进科学设备的概念。这项技术促进了通过互联网访问设备，为不同人群提供最先进的仪器和相关的互动指导；从而加强工程教育和培训。这一发展将为空间通信设置独特的空间合格激光设备，并为全国和全世界提供精心设计的“固定”和“开放式”实验。拟议的项目不是一个虚拟实验室，而是提供增强的激光通信研究实验室的“真实”基础设施。新的发展涉及设备和辅助系统的升级，提高其可靠性，准确性和运行率。因此，开发的设备将适合通过互联网无限制地全球访问，使世界各地的大学，工业，高中和个人用户能够实时进行先进的实验，并收集数据进行分析和解释。这个项目特别为经常被遗忘的群体——残疾人——提供帮助和服务。激光通信研究实验室（LCRL）将通过解决以下技术研究问题，为卫星通信技术做出贡献：机电光束转向系统的建模、表征和控制，2。激光的自由空间传播、衍射和准直，3。光束调制与控制，4。通信系统中大气效应的抑制，5。基于Bragg单元的声光激光光束转向系统的实验分析、建模与控制；万向系统，和7。液晶技术。

EIA 02-16165Skormin, Victor A.SUNY - Binghamton MRI: Development of an Advanced Laser Communications Research Facility with Internet Accessible Instrumentation This proposal, developing an experimental research laboratory, expands a concept of sharing advanced scientific equipment in "cyberspace." This technology facilitates the access to equipment via the Internet offering the most advanced instrumentation and relevant interactive instruction to diverse groups of population; thus enhancing engineering education and training. This development will set unique space-qualified laser equipment intended for space communication and offer carefully designed "fixed" and "open-ended" experiments nation- and world-wide. The proposed project is not a virtual lab, offering instead enhanced "real" infrastructure of the laser communications research lab. The new development involves upgrading the equipment and auxiliary systems and enhancing its reliability, accuracy and rate of operation. Hence the facility developed will be suitable for unlimited global access via the Internet, enabling universities, industries, high schools, and individual users worldwide to perform advanced experiments in real-time and to collect data for analysis and interpretation. This project specifically enables and services an often forgotten population, the disabled. The Laser Communication Research Laboratory (LCRL), where the development will take place, contributes to satellite communication technology by addressing, among others, the following technical research problems:1. Modeling, Characterization, and Control of Electromechanical Beam Steering Systems,2. Free Space Propagation, Diffraction and Alignment of Laser Beams,3. Optical Beam Modulation and Steering,4. Rejection of Atmospheric Effects in Communication Systems,5. Experimental Analysis, Modeling and Control of Acousto-Optic Laser Beam Steering Systems with Bragg Cells,6. Gimbals Systems, and7. Liquid Crystal Technology.