用于自动视频监控的视频分析

Simone de Titta, G. Gera, L. Marcenaro
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引用次数: 1

摘要

只提供摘要形式。TENCON的代表被邀请参加以下的辅导课,免费的,这将于2012年11月19日在USC工程视听室,圣卡洛斯大学-塔兰班校区举行。教程1:机器人技术的最新进展和新兴机会。本教程回顾了以人类为中心的机器人技术和在非结构化环境中操作的最新令人兴奋的发展。它涵盖了制造业,自主移动机器人,社交机器人以及安全和服务应用的新兴趋势。简要解释了实现机器人系统基本能力的技术现状,并讨论了研究面临的挑战。第二课:下一代MIMO-OFDM系统。本教程描述了我们提出的4x4 MIMO-OFDM (2.6G bps, 160MHz BW)和SxS MIMO-OFDM (3.0G bps, SOMHz BW)系统的VLSI实现。所有处理模块采用低延迟和全流水线架构,提供OFDM调制和MIMO检测的实时操作。采用90纳米CMOS工艺对所设计的收发器进行了电路尺寸和功耗评估。在FPGA板上,整个系统已经实现。对于所设计的系统,验证了电路对栅极尺寸和功耗的影响。并对其通信性能进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VTrack: Video analytics for automatic video-surveillance
Summary form only given. TENCON delegates are invited to attend the following tutorial sessions, free of charge, which will be held at the USC Engineering Audio Visual Room, University of San Carlos - Talamban Campus on November 19, 2012. Tutorial 1: Recent Advances in Robotics and Emerging Opportunities. This tutorial reviews the recent exciting developments in robotics centering on humans and operating in unstructured environments. It covers emerging trends in manufacturing, autonomous mobile robots, social robotics, and security and service applications. Current state of the art techniques to realize fundamental capabilities of robotic systems are concisely explained and challenges for research discussed. Tutorial 2: The Next Generation MIMO-OFDM Systems. This tutorial describes the VLSI implementation of our proposed 4x4 MIMO-OFDM (2.6G bps with 160MHz BW) and SxS MIMO-OFDM (3.0G bps with SOMHz BW) systems. A low-latency and a full-pipelined architecture are employed for all processing blocks to provide the real-time operations on OFDM modulation and MIMO detection. The designed transceiver has been evaluated in the circuit size and power dissipation by using a 90-nm CMOS process. In an FPGA board, the proposed total system has been implemented. For the designed system, the circuit behavior on gate size and power consumption is verified. The communication performance is also evaluated.
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