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Generation of discrete random variables on vector computers for Monte Carlo simulations
Generation of discrete random variables on vector computers for Monte Carlo simulations
Author(s):
Sarno, Bhavsar, Hussein
Discipline:
Computer Science
Discipline:
Computer Science
Date:
1990
Type:
Technical Report
The paper reviews existing methods for generating discrete random variables and their suitability for vector processing. A...
SWAMI: A Multiagent, Active Representation of a User’s Browsing Interests
SWAMI: A Multiagent, Active Representation of a User’s Browsing Interests
Author(s):
Kilfoil, Ghorbani
Discipline:
Computer Science
Discipline:
Computer Science
Type:
Technical Report
The rapid growth of the World Wide Web has complicated the process of web browsing by providing an overwhelming wealth of...
Cost Model of Satellite Systems for Real-Time Helicopter Operations
Cost Model of Satellite Systems for Real-Time Helicopter Operations
Author(s):
Nickerson, Wu
Discipline:
Computer Science
Discipline:
Computer Science
Date:
2002
Type:
Technical Report
Wireless communication has entered its fastest growth period in history since development of technologies provide wide spread...
Combining Rank/Activity with Set of Support, Hyperresolution and Subsumption
Combining Rank/Activity with Set of Support, Hyperresolution and Subsumption
Author(s):
Horton, Spencer
Discipline:
Computer Science
Discipline:
Computer Science
Type:
Technical Report
The rank/activity (R/A) restriction of binary resolution specifies that literals in clauses have ranks, and are either active...
Knowledge Representation for a Power Plant Interactive Operating Advisor
Knowledge Representation for a Power Plant Interactive Operating Advisor
Author(s):
Maillet
Discipline:
Computer Science
Discipline:
Computer Science
Date:
1990
Type:
Technical Report
The safe and efficient generation of electricity by power plants requires system operators who are and knowledgeable in their...
Investigating suspected background processes in Android malware classification through dynamic automated reverse engineering and semi-automated debugging
Investigating suspected background processes in Android malware classification through dynamic automated reverse engineering and semi-automated debugging
Author(s):
Taheri
Discipline:
Computer Science
Discipline:
Computer Science
Date:
2020
Type:
Thesis / Dissertation
Android malware detection is one of the enthusiastic research domains in recent years. Despite researchers’ admirable...

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