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Java 2: The Complete Reference, Fifth Edition
The past few years document the following fact: The Web has irrevocably recast
the face of computing and programmers unwilling to master its environment will
be left behind.
The preceding is a strong statement. It is also true. More and more, applications
must interface to the Web. It no longer matters much what the... | | Temporal Logic for Real-Time Systems (Advanced Software Development Series)
This monograph presents a framework for modelling, specifying and verifying
systems composed of real-time discrete event processes. A discrete event system
consists of the plant (the object to be controlled) and a controller. For example,
the plant might consist of machines, robots and conveyors on the factory floor.
The objective of... | | Cloud Computing Bible
In the five months that I have been researching and writing Cloud Computing Bible, it has become clear to me that most people recognize that cloud computing is a big deal, even if they are not really clear why that is so. Every day newspaper and magazine articles and radio and TV stories report on cloud computing. The phrase “in the... |
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The Art and Science of Java
In The Art and Science of Java, Stanford professor and well-known leader in Computer Science Education Eric Roberts emphasizes the reader-friendly exposition that led to the success of The Art and Science of C. By following the recommendations of the Association of Computing Machinery’s Java Task Force, this first edition... | | SQL Server DMVs in Action: Better Queries with Dynamic Management Views
When I first discovered DMVs, I was enthralled because they made many difficult
things so easy. It was simple to identify, typically within seconds, the core performance
problems that affect SQL Server databases. For example, I could quickly
discover which queries were taking the longest time to run, which indexes were missing,
and... | | Fundamentals of Sensor Network Programming: Applications and Technology
Sensor processing is a central and an important problem in aerospace/defense, automation,
medical imaging, and robotics, to name only a few areas. A surveillance
system used in aerospace and defense is an example of a sensor processing system.
It uses devices such as infrared sensors, microwave radars, and laser radars that are... |
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