Description: 浙江大学计算机学院数据结构课程的教学课件，就是经典教材《Fundamentals of Data Structure in C》的课件。-Institute of Zhejiang University computer data structure courses courseware, teaching is the classic "Fundamentals of Data Structure in C" class pieces. Platform: |
Size: 5473452 |
Author:赵杰伊 |
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Description: 浙江大学计算机学院数据结构课程的教学课件，就是经典教材《Fundamentals of Data Structure in C》的课件。-Institute of Zhejiang University computer data structure courses courseware, teaching is the classic "Fundamentals of Data Structure in C" class pieces. Platform: |
Size: 5473280 |
Author:赵杰伊 |
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Description: Data Structures and Algorithms Using Python
作者: Rance D. Necaise
出版社: Wiley
出版年: 2010-12-21
页数: 520
装帧: Paperback
ISBN: 9780470618295
越来越多的程序员转向使用Python，这本书将会给他们他们所需要的理解。 Necaise介绍了基本的数组结构，并探讨了实现和使用多维数组的基本原理。 覆盖了许多Python内置数据结构和构造的基本机制。 在本书中讨论了许多ADT和应用程序，以便在引入新的数据结构时允许多个实现。 还介绍了各章节主题的实际应用。 这为程序员提供了Python语言中抽象和基本数据结构和算法的完整覆盖。(More and more programmers are turning to Python and this book will give them the understanding they need. Necaise introduces the basic array structure and explores the fundamentals of implementing and using multi-dimensional arrays. The underlying mechanisms of many of Python s built-in data structures and "constructs are covered. A number of ADTs and applications are discussed as threads throughout the book to allow for multiple implementations as new data structures are introduced. Real-world applications of the various chapter topics are also presented. This gives programmers complete coverage of abstraction and the basic data structures and algorithms in the Python language.) Platform: |
Size: 8684544 |
Author:dasongjq |
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Description: Battery management is not a new concept—monitoring and control concepts were proposed as
early as the 1960s to improve battery safety. After years of intensive study, it remains a field
needing more research. This is not because we did not learn much during the past 50 years, we
did. But the subject of study is rapidly changing. The materials and structure of the battery
anode, cathode and electrolytes continue to evolve and improve, and the electrochemistry
and aging mechanisms also continue to change. The performance and capacity of batteries
degrade due to the disordering and deforming of electrode structure, decomposition of the
electrolyte, dissolution of metal, dendrite formation, and so on. The relative importance of these
mechanisms is battery-chemistry dependent, and the rate of degradation changes significantly
with many factors, including operating temperature, charge and discharge rate, and depth of
discharge. Finally, these aging mechanisms happen at different timescales, posing challenges
to data collection and analysis. The safety incidents of the Boeing Dreamliner battery systems
in 2012 remind us that much remains to be done before advanced high energy density battery
systems can be used safely and reliably in challenging applications such as aircraft and electric
vehicles Platform: |
Size: 3412996 |
Author:nutankumar |
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