详情

Combining Millimeter-Wave Radar and Communication Paradigms for Automotive Applications: A Signal Processing Approach

项目名称：	Combining Millimeter-Wave Radar and Communication Paradigms for Automotive Applications: A Signal Processing Approach
摘要：	This project proposes to develop a conceptual mathematical model for combined paradigm of millimeter-wave communication and radar using a signal processing perspective. In particular, it will explore and investigate different possible signal frameworks for joint communication and radar paradigms, both with simultaneous or non-simultaneous applications. For these mathematical frameworks, novel algorithms will be developed targeting automotive applications. The algorithms will leverage the performance of the joint paradigm by sharing information between the radar and communications signal frameworks. These algorithms will be further optimized to meet varied performance objectives in both rural and urban areas. This would require identifying the scenarios of interest in transportation environments. A design-trade off analysis will be carried out to meet the conflicting requirements of both the signal frameworks. This project will also address the challenges unique to the combined mathematical framework such as beamforming, signal design and mutual interference. Furthermore, the performance of the combined paradigm would be compared with the individual signal frameworks of radar and communication. This will involve a detailed survey, mathematical model development and simulation of both these systems separately. The outcomes of the project are expected to dramatically improve safety for vehicles, bicycles, and pedestrians in all weather conditions and on all roadways.
状态：	Completed
资金：	33000
资助组织：	Office of the Assistant Secretary for Research and Technology
项目负责人：	Bhat, Chandra R
执行机构：	Data-Supported Transportation Operations and Planning Center
开始时间：	20140901
预计完成日期：	20160531
实际结束时间：	20160531
主题领域：	Data and Information Technology；Highways；Operations and Traffic Management；Pedestrians and Bicyclists；Safety and Human Factors