Introduction to Computing Systems: From Bits &amp; Gates to C &amp; Beyond[ INTRODUCTION TO COMPUTING SYSTEMS: FROM BITS &amp; GATES TO C &amp; BEYOND ] By Patt, Yale N. ( Author )Aug-05-2003 Hardcover

Introduction to Computing Systems

Computers & Technology

Patt, Yale N.

Patel, Sanjay J.

Computer Science

McGraw-Hill/Higher Education

This book is based on the premise that starting with a high level programming language is not the best approach. The reason most students are unsuccessful using a programming language when they encounter it in their first course is because, they are forced to memorize a lot of technical details without having any idea why these details are necessary. That is, they do not understand the basic underpinnings of how a computer works. From this basic notion evolves the motivated bottom-up approach found in Patt/Patel's "Introduction To Computing Systems", now in a second edition. The text starts with the logic structures and architecture of a computer and moves up to the application software that runs on it. Every treatment that purports to start at the bottom and work up begins with some abstraction. For Patt/Patel, that abstraction is the switch level behavior of an MOS transistor. From a very short treatment of that abstraction, the book covers in turn: Logic Gates, latches, logic structures (MUX, Decoder, Adder, gated latches), finally culminating in an implementation of memory. From there, the book moves on to the Von Neumann model of execution, then a simple computer (the LC-3), machine language programming, assembly language and how an assembler works, and then assembly language programming of the LC-3. The LC-3 treatment concludes with a substantial treatment of Physical I/O, including both polling and interrupt-driven I/O, the nature of traps and subroutine calls/returns. The book then moves to the high-level language C, covering recursion, pointers, and finally elementary data structures. The book establishes a foundation that every subsequent course in the computer science or computer engineering curriculum can benefit from and build on.

Introduction to Computing Systems: From Bits and Gates to C and Beyond

Programming

McGraw=Hill

This book is based on the premise that starting with a high level programming language is not the best approach. The reason most students are unsuccessful using a programming language when they encounter it in their first course is because, they are forced to memorize a lot of technical details without having any idea why these details are necessary. That is, they do not understand the basic underpinnings of how a computer works. From this basic notion evolves the motivated bottom-up approach found in Patt/Patel's "Introduction To Computing Systems", now in a second edition. The text starts with the logic structures and architecture of a computer and moves up to the application software that runs on it. Every treatment that purports to start at the bottom and work up begins with some abstraction. For Patt/Patel, that abstraction is the switch level behavior of an MOS transistor. From a very short treatment of that abstraction, the book covers in turn: Logic Gates, latches, logic structures (MUX, Decoder, Adder, gated latches), finally culminating in an implementation of memory.  From there, the book moves on to the Von Neumann model of execution, then a simple computer (the LC-3), machine language programming, assembly language and how an assembler works, and then assembly language programming of the LC-3. The LC-3 treatment concludes with a substantial treatment of Physical I/O, including both polling and interrupt-driven I/O, the nature of traps and subroutine calls/returns. The book then moves to the high-level language C, covering recursion, pointers, and finally elementary data structures. The book establishes a foundation that every subsequent course in the computer science or computer engineering curriculum can benefit from and build on.

Mcgraw-Hill College

This book is based on the premise that starting with a high level programming language is not the best approach. The reason most students do not understand a programming language when they take it as a first course is because they are forced to memorize technical details. They do not understand the basic underpinnings of how a computer works. 
 The result of this thought is the motivated bottom-up approach found in Patt/Patel's Introduction To Computing Systems. This text starts with the logic structures and architecture of a computer and moves up to the application software that runs on it. The book covers in turn: switch level abstraction of a MOS Transistor, Logic Gates, latches, logic structures (MUX, Decoder, Adder, gated latches), finally culminating in an implementation of memory. From there, the book moves on to the Von Neumann model of execution, then a simple computer (the LC-2), machine language programming, assembly language, assemblers and then assembly language programming of the LC-2. The book then moves to the high level language C, recursion, and finally elementary data structures. The book establishes a foundation that every subsequent course in the computer science or computer engineering curriculum can benefit from and build on.

Introduction to Computing Systems: From Bits and Gates to C and Beyond with CD-ROM

McGraw-Hill Science/Engineering/Math.

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Books by Patel, Sanjay J.

See the best price to sell, buy, or rent books by Patel, Sanjay J.. BookScouter helps to compare book prices from 25+ online bookstores and 30+ buyback vendors with a single search.

Introduction to Computing Systems

Introduction to Computing Systems: From Bits and Gates to C and Beyond

Introduction to Computing Systems: From Bits and Gates to C and Beyond

Introduction to Computing Systems: From Bits and Gates to C and Beyond with CD-ROM