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| The Chinese University Plagiarism IDentification Engine (CUPIDE™)
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The CUPIDE System is a new generation plagiarism detection software designed for promoting and
upholding academic honesty in academic institutions. The system supports
English, traditional and simplified Chinese, and provides a user-friendly
web interface for class assignment management and submissions. It can handle
documents in different formats including MS Word, Acrobat PDF, HTML and
plain text. Submitted documents are compared among one another, and with
other documents in the central database and the Internet. Output from the
system is an originality report highlighting suspected plagiarized contents,
and giving detailed analytic and statistical data.
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| Drag-and-Drop Pasting
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In this project, we present a user-friendly system for seamless image
composition, which we call drag-and-drop pasting.
To make Poisson image editing more practical and easy to use,
we propose a new objective function to compute an optimized boundary
condition. A shortest closed-path algorithm is designed to search for the
location of the boundary. Moreover, to faithfully preserve the object's
fractional boundary, we construct a blended guidance field to incorporate
the object's alpha matte.
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| Manga Colorization
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© Yukito Kishiro / Shueisha
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The widely popular Japanese manga arts is usually presented in B/W. Its
intensive use of hatching and screening is a distinctive characteristic,
but also imposes many difficulties in its digital colorization. Unlike
the previous colorization methods that rely on intensity-continuity. This
paper presents a colorization technique that relies on the
pattern-continuity as well as the intensity-continuity. Hence it can
naturally colorize the pattern-intensive manga.
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| Optimal FPGA Architecture Design
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SoC IP Core designs for optimal group communication networks, new FPGA siwtching boxes, architectures
(Our home-brew (manual design) FPGA chip design example), SoC On-Chip-Networks and related CAD tools.
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| Proxy Assisted Distributed Multimedia Services
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Cooperative networks, in particular, P2P or overlay networks, have caught much
attention in recent years.However, most cooperative systems assume
that peers are "voluntary" to contribute. We propose an innovative approach to provide
incentive and to encourage mutual caching so as to enhance performance.
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| Query Processing on Historical Uncertain Spatiotemporal Data
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In this project, we aim at eliminating the linearity assumption of object motions
by developing techniques that support effective retrieval of objects with
diverse motion patterns that are unknown in advance. Our first objective is to
study theoretical tools for discovering the motion functions of nonlinearly
moving objects from their (recent) past locations. The second goal is to design
efficient access methods and algorithms that minimize query costs.
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| Real-time Rendering of Complex Virtual Environments
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Our objective is to develop new methods to render complex virtual
scenes at interactive rates by investigating the
visibility culling, level-of-detail, and image-based rendering techniques.
We aim to develop efficient partition schemes,
determine the criteria of replacing the primitives with textures,
and reconstruct 3D hierarchical model from the textures.
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