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About 10,000 papers for “Computer Science and Engineering”

Computer Science and Engineering

University of Washington · DSpace Biblioteca Universidad de Talca (Universidad de Talca) · 1998

We have encoded video of lectures from past CS&E graduate courses such that they can be viewed on-demand from your web browser. Beginning with Autumn 1998, classes are encoded for Windows Media Player. Most earlier courses were encoded for VXtreme clients (those are no longer available on-line).

Cited by 0

Science and Computer Engineering

Steven Begley, Zhen He, La Trobe et al. · 2015

There exists a need for high performance, read-only main-memory database systems for OLAP-style application sce-narios. Most of the existing works in this area are centered around the domain of column-store databases, which are particularly well suited to OLAP-style scenarios and have been shown to overcome the memory bottleneck issues that have been found to hinder the more traditional row-store database systems. One of the main database operations these systems are focused on optimizing is the JOIN opera-tion. However, all these existing systems use join algorithms that are designed with the unrealistic assumption that there is unlimited temporary memory available to perform the join. In contrast, we propose a Memory Constrained Join algorithm (MCJoin) which is both high performing and also performs all of its operations within a tight given mem-ory constraint. Extensive experimental results show that MCJoin outperforms a naive memory constrained version of the state-of-the-art Radix-Clustered Hash Join algorithm in all of the situations tested, with margins of up to almost

Cited by 0

Computer science and engineering

Gerhard‐Wilhelm Weber, Pandian Vasant, José Antonio Marmolejo-Saucedo · Journal of Computational Science · 2018

Cited by 83Open access

Engineering and Computer Science Accreditation

J.T. Cain · 2008

Accreditation can play a vital role in human capital development. Here the history of engineering and computing accreditation in the United States is reviewed. An example of an accrediting body structure, a criteria set and an accreditation process is then presented followed by the history of the development of an accreditation body. Finally, a discussion of IEEE efforts to further international accreditation is presented.

Cited by 1

S.B., Computer Science and Engineering,

Massachusetts Institute Of, Robert T. Morris, Michael J. Freedman et al. · 2002

Existing Internet systems implement anonymity at the application layer or through centralized components. A robust, decentralized infrastructure that anonymizes any Internet traffic could benefit a wide array of existing protocols and systems. This anonymous network layer could seamlessly replace the current communications channel, and it could continue to offer anonymity and availability even while components fail maliciously.

Cited by 0

LibGuides: Computer Science and Computer Engineering: PATENTS

Claudia Lascar · 2011

This guide provides a set of resources, available through the CCNY's Library for beginning research in computer science and/or computer engineering. This list is not exhaustive or comprehensive. Visit our home page for additional resources.

Cited by 0

English in Computer Engineering and Computer Science

Sadegh-Zadeh, Seyed-Ali, Movahhedi, Tahereh · Staffordshire Online Repository (Staffordshire University) · 2025

English in Computer Engineering and Computer Science," authored by Dr. Seyed Ali Sadegh Zadeh and Dr. Tahereh Movahhedi, is a comprehensive resource designed to enhance the English proficiency of computer engineering and computer science students. The book bridges the gap between technical knowledge and language skills, ensuring learners can confidently engage with academic and professional content in their field. Covering essential topics such as programming, data structures, operating systems, artificial intelligence, cybersecurity, and emerging technologies, the book provides clear explanations, practical examples, and targeted exercises. Each chapter includes key vocabulary, comprehension questions, and problem-solving activities to reinforce understanding. The authors’ extensive teaching and research experience ensures the content is both pedagogically sound and aligned with industry needs. This book serves as an invaluable tool for students aiming to excel in their studies and future careers while mastering the language of technology.

Cited by 0