Description: Three-dimensional real-time graphics are a prevalent technology nowadays, thanks
to the steady rise of processing power and specialized graphics hardware. One of the
goals of computer graphics most sought after and difficult to achieve is to reproduce realistic outdoor environments featuring dense forests. Platform: |
Size: 8262990 |
Author:zhangmin |
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Description: The first step to intelligent image/video processing for face recognition in uncontrolled scenery with complex backgrounds (outdoor environments, airports, train/bus stations) is face detection. The precision of the latter heavily depends your face recognition results. Typically scientists investigating in that field do not have the time or the ability to develop optimized C++ code ready for commercial use and confine themselves with the Matlab development process only. Platform: |
Size: 194996 |
Author:曲亚武 |
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Description: Three-dimensional real-time graphics are a prevalent technology nowadays, thanks
to the steady rise of processing power and specialized graphics hardware. One of the
goals of computer graphics most sought after and difficult to achieve is to reproduce realistic outdoor environments featuring dense forests.-Three-dimensional real-time graphics are a prevalent technology nowadays, thanksto the steady rise of processing power and specialized graphics hardware. One of thegoals of computer graphics most sought after and difficult to achieve is to reproduce realistic outdoor environments featuring dense forests. Platform: |
Size: 8262656 |
Author:zhangmin |
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Description: The first step to intelligent image/video processing for face recognition in uncontrolled scenery with complex backgrounds (outdoor environments, airports, train/bus stations) is face detection. The precision of the latter heavily depends your face recognition results. Typically scientists investigating in that field do not have the time or the ability to develop optimized C++ code ready for commercial use and confine themselves with the Matlab development process only. -The first step to intelligent image/video processing for face recognition in uncontrolled scenery with complex backgrounds (outdoor environments, airports, train/bus stations) is face detection. The precision of the latter heavily depends your face recognition results. Typically scientists investigating in that field do not have the time or the ability to develop optimized C++ code ready for commercial use and confine themselves with the Matlab development process only. Platform: |
Size: 194560 |
Author:曲亚武 |
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Description: 该PDF论文为TimBailey所著，为其博士论文，详细介绍了EKFSLAM，FASTSLAM1.0，FASTSLAM2.0的相同点和不同点以及优劣。-This thesis addresses the issues of scale for practical implementations of simultaneous localisation
and mapping [SLAM] in extensive outdoor environments. Building an incremental
map while also using it for localisation is of prime importance for mobile robot navigation
but, until recently, has been confined to small-scale, mostly indoor, environments. The
critical problems for large-scale implementations are as follows. Platform: |
Size: 8739840 |
Author:xuyuhua |
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Description: The first step to intelligent image/video processing for face recognition in uncontrolled scenery with complex backgrounds (outdoor environments, airports, train/bus stations) is face detection Platform: |
Size: 154624 |
Author:jim |
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Description: Computer application with implemented Okumura-Hata propagation prediction model and free space propagation loss model. Prediction code is used to predict outdoor propagation effect in any outdoor environment: urban, suburban, and rural. Application is giving a possibility to plan radio cells into the map uploaded from the file to provide maximum coverage with minimum number of transmitters in pointed localization. Application also provides additional functions like comparing different environments, calculating probability of the coverage, output of spectrum analyzer, and antenna pattern design.
MATLAB release MATLAB 7.5 (R2007b) Platform: |
Size: 1462272 |
Author:Rafal |
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Description: 室内定位技术综述，很全。涵盖了摄像机/红外/超声/UWB等等技术的对比，给出了每种技术的定位精度和范围，非常具有参考价值。-In the age of automation the ability to navigate persons and devices in indoor environments has
become increasingly important for a rising number of applications. With the emergence of global
satellite positioning systems, the performance of outdoor positioning has become excellent, but
many mass market applications require seamless positioning capabilities in all environments.
Therefore indoor positioning has become a focus of research and development during the past
decade.
It has by now become apparent that there is no overall solution based on a single technology,
such as that provided outdoors by satellite‐based navigation. We are still far away from
achieving cheap provision of global indoor positioning with an accuracy of 1 meter. Current
systems require dedicated local infrastructure and customized mobile units. As a result, the
requirements for every application must be analyzed separately to provide an indiv Platform: |
Size: 3549184 |
Author:boa_plaust |
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Search - Outdoor Environments