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Building Classification Models: ID3 and C4.5 - Temple University

https://cis.temple.edu/~giorgio/cis587/readings/id3-c45.html

Introduction ID3 and C4.5 are algorithms introduced by Quinlan for inducing Classification Models, also called Decision Trees, from data.

SQL Query Extra Practice - Temple University

https://community.mis.temple.edu/mis2502sec004s2019/files/2019/02/Extra-Practice-Problems-for-SQL.pdf

SQL Query Extra Practice Use these as extra practice – either for your SQL #1 assignment, studying for the exams, or both!

Design and Illustration (DES) | Temple University Bulletin

https://bulletin.temple.edu/undergraduate/courses/des/

Diving into the world of graphic design, UX/UI design, and illustration, learners are equipped with the tools to develop conceptual thinking, creativity, and visual communication skills. Engaging with a variety of projects, participants will learn to visually articulate ideas, delve into the societal implications of design, and experiment with different mediums and techniques. This blend of ...

A Personalized Privacy Preserving Mechanism for Crowdsourced Federated ...

https://cis.temple.edu/~wu/research/publications/Publication_files/A_Personalized_Privacy_Preserving_Mechanism_for_Crowdsourced_Federated_Learning.pdf

The first challenge is how to determine the personalized privacy budget for each worker while mitigating the degree of the global model accuracy degradation incurred by injected parameter perturbations. Each worker wants to choose a smaller privacy budget to enhance its PPL as high as possible. However, the smaller privacy budget means a greater extent of parameter perturbations, which leads ...

Wireshark_TCP.pdf - Temple University

https://cis.temple.edu/~tug29203/18spring-3329/reading/Lab_7_Solutions.pdf

The whole transmission time is the difference of the time instant of the first TCP segment (i.e., 0.026477 second for No.4 segment) and the time instant of the last ACK (i.e., 5.455830 second for No. 202 segment).

Vinod Venkatraman - Fox School of Business

https://www.fox.temple.edu/directory/vinod-venkatraman-tud55419

Biography Dr. Vinod Venkatraman is currently an Associate Professor in Marketing, and Director of the Center for Applied Research in Decision Making at the Fox School of Business, Temple University. He also holds a secondary affiliation with the Department of Psychology. Dr. Venkatraman joined Temple in July 2011 after completing his PhD in Psychology and Neuroscience at Duke University. His ...

Religious Services Information - Temple University

https://www.temple.edu/life-temple/diversity-inclusivity/religious-services-information

No matter the religion, Philadelphia is filled with places to worship. Buddhist Amitayus Kadampa Buddhist Center—1102 Pine St., Philadelphia, PA 19107 267-702-3817 Chenrezig Tibetan Buddhist Center of Philadelphia—915 Spring Garden St. #114, Philadelphia, PA 19123 Christian The Church of the Advocate—1801 N. Diamond St., Philadelphia, PA 19121 215-236-0568 AME Union Church—1614 W ...

Campus Recreation | Temple University

https://www.temple.edu/campus-recreation/facilities

In an effort to meet the varied recreational needs of Temple University, Campus Rec offers opportunities and assistance to students with disabilities.

Cognitive Bias and Its Impact on Expert Witnesses and the Court

https://law.temple.edu/wp-content/uploads/Cognitive-Bias-and-Its-Impact-on-Expert-Witnesses-and-the-Court.pdf

Expert evidence provides a much needed contribution to the courts in administering justice. Understanding the way humans think and how the brain processes information offers insights to circumstances in which even expert evidence may be influenced by contextual information and cognitive bias. Cognitive science can identify such potential weaknesses and suggest practical ways to mitigate them.

Ho-Lun Wong, PhD, BSPharm | School of Pharmacy | School of Pharmacy

https://pharmacy.temple.edu/holunwong

Dr. Ho-Lun Wong specializes in developing nanomedicine and targeted drug delivery, specifically, lipid-based and polymer/lipid hybrid nanosystems, to deliver small molecules, large molecules (e.g. RNA therapeutics and proteins) and their combinations for treatment of the diseases that are drug-resistant and/or poorly accessible by conventional ...