Human-Computer Interaction (Spring 2015)

Administrative Matters

Instructor: Dr. Ying Shen (沈莹) (yingshen@tongji.edu.cn)

TA: Xiao LU(刘潇) (js_ilab@163.com); Lu YU(于露) (0628yulu@tongji.edu.cn)

Evaluation: Project (50 points), assignment (40 points), participation (10 points)

Latest Notices

Scores for assignments

Lecture Slides

	Slides	Related Materials
	HCI Introduction
	Face Detection
	Facial Expression Recognition
	Input Devices
	HCI Principles
	Matlab tutorial Lab 1 (due to Apr. 6) Lab 2 (due to May 12) Lab 3 (due to Jun. 8)	Images for Matlab Tutorial exercise 2 Materials for Lab 1 exercise aGest.xml asm.zip Examples for lab 3

Final Projects

Notes:

1. Compress all files into a .rar or .zip file whose name is composed of student name and ID (such as "ID_name_project.zip").

2. All the documents you hand in should be in English.

Requirement details for the program and the report:

Project contents

You may select one of the following topics listed below as your final project. You can also choose other related topics which you are interested in.

1. Voice recognition Apps;

2. Kinect-based interactive systems;

3. Leap motion-based interactive systems;

4. 3D interactive systems: Compared with 2D systems, 3D systems offer a more user-friendly interface. In this project, you may develop a simple 3D interactive system, such as a 3D map or a game, etc. There are many development tools (such as Unity3D). You can use any of these tools to develop your system.

5. Interactive system based on gesture;

Each project can be finished by a team containing 3~4 students.

We have 4 Kinect and 2 Leap motion devices. You can come to my office to borrow them, but you should email me first in case they bave been borrowed by others.

Program (25 points)

You should submit your program for the final project and a readme file with instructions on how to run the program.

Report (35 points)

Your report should be written in English and contain the following contents:

1. A brief description about your program (including the structures and modules of the program);

2. The implemented requirements;

3. Advantages and disadvantages of your program;

4. How to improve your program;

Marking scheme

Program:

Each feature(function) 7'; Origninality 4'

Report:

1. (10'); 2. (5'); 3.(10'); 4. (5'); in English (2'); Clarity (3')

Grouping

刘潇

1. 尹屹凡刘阳陆思远张华桢

2. 侯立

3. 夏佳昊施峰李尚霖徐雯嘎玛桑珠

4. 胡淦森张兆龙李威朱方瑞

5. 许迪文靳利文李想刘嘉琦

6. 尹嘉铭储港游惟雅

7. 吴正浩徐铮高淘沙徐唱

8. 曹耘豪王博梁英杰

9. 潘安佶方君怡崔悦涵

于露

1. 陈冉冉周鸿彦郭梦晗

2. 李茂琦

3. 王瑷孟龄

4. 胡贝妮李沛卓易思琦

5. 王逸鹏张天人颜子彦杜为

6. 韦开仁高云航曾一帆曾令云

7. 张赵宇任兴银

8. 严熊白雪李想

9. 彭国桓赵敬周志轩

沈莹

1. 李咏勋张焱刘焱何杰平

2. 苏瑞陈曦

3. 徐艺然王玥

4. 李锐宋伟黄宗润程俊翔

5. 王尘玉陈子鉴李萍萍刘加桢

6. 彭嘉琦张映艺冯子亭章皓明

7. 程之远余杰东刘骁郑琦斌

8. 刘立冬杨志超张凯奇

9. 张尹嘉张英浩张志强赵正

Main References

Ben Shneiderman and Catherine Plaisant

Designing the User Interface: Strategies for Effective Human-Computer Interaction

Addison Wesley, 5th Ed, 2010

Other Related Materials

Created on: Feb. 11, 2015