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Description: Schaum s Mathematical Handbook of Formulas and Tables
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Size: 21550080 |
Author: baha |
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Description: 数字信号处理（全美经典学习指导系列）
本书主要介绍数字信号处理的基础理论，并给出300多道解答步骤完整的习题。因而，本书是相关教材的有益补充，是自学有效问题求解方法的理想读物。
全书共9章，涵盖了数字信号处理导论教程的核心内容，包括数字信号处理的基础知识，离散时间信号的频域表示，采样离散时间信号的重要问题，z变换，不同类型的滤波系统，离散傅里叶变换（DFT），离散时间系统的设计与实现。每章均分为四部分：基本原理和方法精讲、习题与解答、补充习题以及补充习题答案。
本书是电气工程、控制理论与工程、系统科学与工程、通信工程等专业师生的理想参考书，也可供涉及信号处理、信号与系统技术的科研人员参考。
-schaum s outlines digital signal processing
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Size: 6139904 |
Author: chen |
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Description: Schaum s Outlines Software Engineering
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Size: 1905664 |
Author: Super Boy |
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Description: Signals and Systems e book by H P Hsu, and published by schaum s outline series
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Size: 5891072 |
Author: Gauri Shanker |
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Description: This book is intended for beginners. The book follows the style of other programming texts in the
Schaum s Outline Series (the first of which, published in 1975, was my own Programming with Basic). As such, it is written in a manner that can easily be understood by advanced secondary or beginning college-level students. Hence, it can be used as a textbook for an introductory programming course, as a supplementary text in a programming course or as an effective self-study guide. For the most part, the required mathematical level does not go beyond high school algebra.
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Size: 3098624 |
Author: momo |
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Description: McGraw-Hill - Digital Signal Processing (Schaum s Outlines, OCR) - 1999 - (By Laxxuss)
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Size: 6369280 |
Author: Nguyen Khanh |
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Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 8192 |
Author: bhavin |
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Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 34816 |
Author: bhavin |
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Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 20480 |
Author: bhavin |
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Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 146432 |
Author: bhavin |
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Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 21504 |
Author: bhavin |
Hits:
Description: C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
-C,C++ Questions
1. Base class has some virtual method and derived class has a method with the same name. If we initialize the base class pointer with derived
object,. calling of that virtual method will result in which method being called?
a. Base method
b. Derived method..
Ans. b
2. For the following C program
#define AREA(x)(3.14*x*x)
main()
{float r1=6.25,r2=2.5,a
a=AREA(r1)
printf("\n Area of the circle is f", a)
a=AREA(r2)
printf("\n Area of the circle is f", a)
}
What is the output?
Ans. Area of the circle is 122.656250
Area of the circle is 19.625000
3. What do the following statements indicate. Explain.
• int(*p)[10]
• int*f()
• int(*pf)()
• int*p[10]
Refer to:
-- Kernighan & Ritchie page no. 122
-- Schaum series page no. 323
Platform: |
Size: 26624 |
Author: bhavin |
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Description: Hayes: Schaum s Outline of Theory and Problems of Digital Signal Processing
This book is concerned with the fundamentals of digital signal processing, and there are two ways
that the reader may use this book to learn about DSP. First, it may be used as a supplement to any
one of a number of excellent DSP textbooks by providing the reader with a rich source of worked
problems and examples. Alternatively, it may be used as a self-study guide to DSP, using the method
of learning by example.
Platform: |
Size: 8924160 |
Author: Brane |
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Description: Schaum s Outlines - Signals and Systems
The book illustrates how to cope with the time-frequency of the signal characteristic. Both analysis and systhesis in both domains is critical assessment.
Platform: |
Size: 5926912 |
Author: Nick |
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Description: Schaum s Easy Outlines - Differential Equations Crash Course
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Size: 6389760 |
Author: Ali |
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Description: Schaum s Outlines: Programming with C-Schaum s Outlines: Programming with C++
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Size: 4576256 |
Author: HowCheng |
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Description: Schaum s Outline of Computer Graphics -Schaum s Outline of Computer Graphics
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Size: 7763968 |
Author: HowCheng |
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Description: PROGRAMMING WITH VISUAL BASIC
BYRON S. GOTTFRIED
SCHAUM S OUTLINE SERIES
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Size: 3019776 |
Author: Hamid |
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Description: Ebook - Schaum - Theory and Problems of Software Engineering- Ebook - Schaum - Theory and Problems of Software Engineering
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Size: 12771328 |
Author: caglar |
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Description: Master the fundamentals of software engineering with Schaum's--the high-performance study guide. It will help you cut study time, hone problem-solving skills, and achieve your personal best on exams and projects!Students love Schaum's Outlines because they produce results.
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Size: 1345412 |
Author: mekfek |
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