MRI: Development of WISTE: Wireless Indoor Space-Time Environment

LeBlanc，James P. Jedlicka，Russ新墨西哥州州立大学 MRI：WISTE的发展：无线室内空时环境 我们的目标是开发和运行一个无线室内环境内的新墨西哥州州立大学的电气工程建设，这是能够测量和统计量化的空间-时间特性的室内无线信道。 这样的环境将为无线研究人员提供好处，并提高大学工程专业学生的兴趣。 对于研究人员来说，实验结果将提供推断适当的信号处理和信道编码策略的能力。 仪器化环境将允许通过提供测量和模型来评估各种假设，这些测量和模型有助于研究人员更好地了解无线室内信道的空间和时间方面。 将通过互联网向全国的研究人员提供测量和统计模型。 该机制允许有效和及时地传播关于无线通信和联网的所需信息。 对于大学生来说，由于设备在EE大楼内的可见存在及其在本科和研究生课程中的使用，该环境将促进研究生研究计划。 此外，本科生参与执行此类实验将为那些进入工业的人提供实践经验。

EIA-9871443 LeBlanc, James P. Jedlicka, Russ New Mexico State University MRI: Development of WISTE: Wireless Indoor Space-Time Environment The objective is to develop and operate a wireless indoor environment within New Mexico State University's electrical engineering building which is capable of measuring and statistically quantifying the space-time characteristics of the indoor wireless channel. Such an environment would provide benefit to wireless researchers as well as promote interest among university engineering students. To the researchers, the experimental results will provide an ability to infer appropriate signal-processing and channel-coding strategies. The instrumented environment will allow assessment of various hypotheses by providing measurements and models that help researchers better understand the spatial and temporal aspects of the wireless indoor channel. Measurements and statistical models will be made available to researchers nationwide through the Internet. This mechanism allows effective and timely dissemination of needed information on wireless communications and networking. To the university student, the environment will promote the graduate research programs due to the equipment's visible presence within the EE building and its use in both undergraduate and graduate classes. Furthermore, undergraduate students' participation in performing such experiments will provide hands-on experience for those heading into industry.