A Balanced Introduction to Computer ScienceFor Introduction to Computing and the Web courses in departments of Math and Computer Science. This thoughtfully written text uses the Internet as a central theme, studying its history, technology, and current use. Experimental problems use Web-based tools, enabling students to learn programming fundamentals by developing their own interactive Web pages with HTML and JavaScript. Integrating breadth-based and depth-based chapters, Reed covers a broad range of topics balanced with programming depth in a hands-on, tutorial style. Supplements Include:
Bridge Page: www.prenhall.com/reed Author Website: www.dave-reed.com/book |
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Page 4
... complex , you might expect that the individual instructions executed by the CPU would be complex , but they are not . Even programs with advanced capabilities are broken into sequences of very simple instructions , such as " add two ...
... complex , you might expect that the individual instructions executed by the CPU would be complex , but they are not . Even programs with advanced capabilities are broken into sequences of very simple instructions , such as " add two ...
Page 182
... complex problems through seemingly “intelligent” behavior. The application of computing methodologies and informa- tion structures to biological research, such as the characteri- zation and analysis of the human genome. The design and ...
... complex problems through seemingly “intelligent” behavior. The application of computing methodologies and informa- tion structures to biological research, such as the characteri- zation and analysis of the human genome. The design and ...
Page 294
... complex circuits involving NMOS and PMOS transistors , visit the Web page logic.html ( accessible at http : // dave-reed.com/book ) and experiment with the simulated gates . From Gates to Complex Circuits Throughout this text , we have ...
... complex circuits involving NMOS and PMOS transistors , visit the Web page logic.html ( accessible at http : // dave-reed.com/book ) and experiment with the simulated gates . From Gates to Complex Circuits Throughout this text , we have ...
Contents
M01_REED7226_02_SE_C01 | 1 |
M02_REED7226_02_SE_C02 | 18 |
M03_REED7226_02_SE_C03 | 40 |
Copyright | |
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algorithm ARPANet array assigned attribute behavior binary numbers bit pattern Boolean browser button Celsius characters circuit circuitry complex components computer science contains control unit corresponding counter Dave Reed define dice rolls display electrical evaluates to true example executed EXERCISE Fahrenheit Figure format function Google grade hardware instructions integer interactive Internet Explorer E:\Chapter JavaScript JavaScript code JavaScript statements load machine machine language machine-language main memory memory cell memory location menu method Mozilla Firefox operating system output perform processors prompts the user registers repCount represent result roll1 roll2 script type="text/javascript sequence server simulator specified stored string switch tasks temperature text area text box transistors TRUE or FALSE user clicks vacuum tubes variable von Neumann architecture Web browser Windows Internet Explorer wire World Wide Web write statement