描述
开 本: 16开纸 张: 胶版纸包 装: 平装是否套装: 否国际标准书号ISBN: 9787313063076
编辑推荐
《大学生嵌入式系统专题邀请赛优秀作品选编(第六届)》参赛作品由学生自主选题、自主设计，主要涉及智能生产与生活、多媒体与人机交互、物联网人性化服务等多个领域，涌现出大量紧密结合行业热点，市场需求的创新设计成果。每篇作品均附有“评审意见”。
目 录
Improving Communication Ability of the Disabled——Chinese Sign Language Recognition and Translation System
Teaching System Based on the Augmented Reality and Atom
Surface Electromyography Detection and Training System
Intelligent System of Inertial Navigation Using QR—codes（InSINQ）
An Intelligent Family Health Monitoring System Based on Atom Platform
A Novel PowerPoint Auxiliary Equipment
Wearable Touch Based Human—Computer Interactive System
Sweet Memories of My Childhood——Sugar Painting Robot
AdSkip： A commercial detection technology based on
lntel Atom and Altera Arria II GX FPGA
Intemet on The Tongue，Atom on Taste Buds——Intelligent Interactive Restaurant Management System Based on Intemet of Things
Attractions and Monuments Touring System Based on Google Earth
Guitar Robot
Driver Assistance System Based on Imaging Sensor
Facial Sketching with a Multi—Joint Robot Arm
Intelligent Trash Can Separator（Inorganic Trash）
Video Perception and 3D Visualization of Traffic Conditon
Design and Implementation of Foot Legged Lower Limb
Rehabilitation Robot Control System
Embedded Image Processing——3D Camera
Freely 3D on the NIB
Atom SmartEye—Intellectual Access Manager
Autonomous Control and Advanced Traffic Surveillance
Garbage Sorting Robot
Supermarket Self—service Shopping System Based on Artificial Intelligence——
Follow Me
Sign Language Translator System for Deaf—mute Person
Powerful Atom—Hand
“Robot7″Intelligent Toy Robot
Triphibious Monitoring Platform Based on Intel Atom Platform
The Design on the Fingertips——The Interior Design Tour System
Based on Intel Atom Platform
Teaching System Based on the Augmented Reality and Atom
Surface Electromyography Detection and Training System
Intelligent System of Inertial Navigation Using QR—codes（InSINQ）
An Intelligent Family Health Monitoring System Based on Atom Platform
A Novel PowerPoint Auxiliary Equipment
Wearable Touch Based Human—Computer Interactive System
Sweet Memories of My Childhood——Sugar Painting Robot
AdSkip： A commercial detection technology based on
lntel Atom and Altera Arria II GX FPGA
Intemet on The Tongue，Atom on Taste Buds——Intelligent Interactive Restaurant Management System Based on Intemet of Things
Attractions and Monuments Touring System Based on Google Earth
Guitar Robot
Driver Assistance System Based on Imaging Sensor
Facial Sketching with a Multi—Joint Robot Arm
Intelligent Trash Can Separator（Inorganic Trash）
Video Perception and 3D Visualization of Traffic Conditon
Design and Implementation of Foot Legged Lower Limb
Rehabilitation Robot Control System
Embedded Image Processing——3D Camera
Freely 3D on the NIB
Atom SmartEye—Intellectual Access Manager
Autonomous Control and Advanced Traffic Surveillance
Garbage Sorting Robot
Supermarket Self—service Shopping System Based on Artificial Intelligence——
Follow Me
Sign Language Translator System for Deaf—mute Person
Powerful Atom—Hand
“Robot7″Intelligent Toy Robot
Triphibious Monitoring Platform Based on Intel Atom Platform
The Design on the Fingertips——The Interior Design Tour System
Based on Intel Atom Platform
在线试读
The resulting accuracy is lower than before so with parameter selected we can get higher accuracy.LIBSVM provides a tool to compute them,so we can use the library to get the desirable result.
6 Conclusion
The deaf and the mute have difficulties in communicating with healthy people who don’t know sign language.On the other hand,deaf children have learning disabilities.Our system aims to enhance these situations by real-time translating sign language into text or sound with Kinect.We can develop more interesting games to enhance deafchildren’s learning abilities.We hope that our system will be able to encourage people to learn more sign language.
(Faculty Mentor: Xu Qiang
Participating institutions: The Chinese University of Hong Kong)
Comments:
The target System uses Intel ATOM platform and Microsoft Kinect as two main parts to compose ofa system which can be used to detect and translate the sign language by disabled people to Chinese words/Sounds.
The system use SVM to_enhance the accuracy ofgestures reorganization,it can distinguish 48 kinds of sign language.
With multi-threaded programing technologies integrated in the project.The application runs in high efficacy.
The demonstration process is clear and success.
6 Conclusion
The deaf and the mute have difficulties in communicating with healthy people who don’t know sign language.On the other hand,deaf children have learning disabilities.Our system aims to enhance these situations by real-time translating sign language into text or sound with Kinect.We can develop more interesting games to enhance deafchildren’s learning abilities.We hope that our system will be able to encourage people to learn more sign language.
(Faculty Mentor: Xu Qiang
Participating institutions: The Chinese University of Hong Kong)
Comments:
The target System uses Intel ATOM platform and Microsoft Kinect as two main parts to compose ofa system which can be used to detect and translate the sign language by disabled people to Chinese words/Sounds.
The system use SVM to_enhance the accuracy ofgestures reorganization,it can distinguish 48 kinds of sign language.
With multi-threaded programing technologies integrated in the project.The application runs in high efficacy.
The demonstration process is clear and success.
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