'Aa bb' presentation slideshows

Pixel-Based Processing

Pixel-Based Processing. ECE 847: Digital Image Processing. Stan Birchfield Clemson University. What is a digital image?. Accessing pixels in an image. Timing Test (640 x 480 image, get/set each pixel using 2.8 GHz P4). C / C++ Method 1: 1D array val = p[ y * width + x];

924 views • 65 slides

??? b c d ?

??????. 1. ?????. ? a , b , c , d 4 ????????? 3 ??????. ?????? a , b , c ? b , a , c ????????. ??? { a , b , c }={ b , a , c } ?. ????????????. ??. 3! ????. a. b c a ?. a c b ?. b a c ?. c b a ?. c a b ?. ??? a b c ?. c. b. a. d b a ?. a d b ?. d a b ?. ??? a b d ?.

915 views • 58 slides

Genetic Mapping

Genetic Mapping. Establishing relative positions of genes along chromosomes using recombination frequencies Enables location of important disease genes Allows isolation and analysis of new genes Essential framework for human genome project. y w m f B

1.51k views • 41 slides

Static Conditional Branch Prediction

Static Conditional Branch Prediction.

494 views • 40 slides

CSCI 3130: Formal languages and automata theory

Fall 2011. The Chinese University of Hong Kong. CSCI 3130: Formal languages and automata theory. Turing Machines. Andrej Bogdanov http://www.cse.cuhk.edu.hk/~andrejb/csc3130. What is a computer?. computer. program. output. input.

565 views • 39 slides

S h a p e s a n d P a t t e r n s

S h a p e s a n d P a t t e r n s. 1 st Grade ELL. SHAPES. What shape am I?. I am a square. What shape am I?. I am a circle. What shape am I?. I am a triangle. What shape am I?. I am a rectangle. What shape am I?. I am an oval. What shape am I?. I am a diamond. What shape am I?.

1.68k views • 37 slides

Chapters 14 - Genetic Mapping in Eukaryotes : Discovery of genetic linkage

Chapters 14 - Genetic Mapping in Eukaryotes : Discovery of genetic linkage Gene recombination and chromosomal exchange Holliday intermediate model of genetic recombination Constructing genetic maps Tetrad analysis Gene conversion Mitotic recombination. Genetic Mapping in Eukaryotes :

1.11k views • 34 slides

Chapters 14 - Genetic Mapping in Eukaryotes : Discovery of genetic linkage

Chapters 14 - Genetic Mapping in Eukaryotes : Discovery of genetic linkage Gene recombination and chromosomal exchange Holliday intermediate model of genetic recombination Constructing genetic maps Tetrad analysis Gene conversion Mitotic recombination. Genetic Mapping in Eukaryotes :

694 views • 34 slides

Deriving big formulas with Derive and what happened then

377 views • 27 slides

CSI 3104 /Winter 2006 : Introduction to Formal Languages Chapter 12: Context-Free Grammars

407 views • 26 slides

Module 2 How to design Computer Language

Module 2 How to design Computer Language. Huma Ayub Software Construction Lecture 8. Previous Lecture Types of languages. How a Language for Computers is developed Alphabets. Words Vs String. Valid/In-valid alphabets Length of string

356 views • 24 slides

299 views • 22 slides

Lecture # 4

Lecture # 4. Recursive definition of Regular Expression(RE). Step 1: Every letter of ? including ? is a regular expression. Step 2: If r 1 and r 2 are regular expressions then (r 1 ) r 1 r 2 r 1 + r 2 and r 1 * are also regular expressions.

290 views • 20 slides

Lecture # 4

Lecture # 4. Recursive definition of Regular Expression(RE). Step 1: Every letter of ? including ? is a regular expression. Step 2: If r 1 and r 2 are regular expressions then (r 1 ) r 1 r 2 r 1 + r 2 and r 1 * are also regular expressions.

375 views • 20 slides

Towards Grammars for Cradle -to-Cradle Design Douglas H. Fisher Vanderbilt University

Towards Grammars for Cradle -to-Cradle Design Douglas H. Fisher Vanderbilt University douglas.h.fisher@ vanderbilt.edu Mary Lou Maher University of Maryland, College Park marylou.maher@ gmail.com Presentation to the 2011 AAAI Spring Symposium on

353 views • 18 slides

Multiplier

Multiplier. Lecture L7.3 Section 7.3. Multiplier. Binary Multiplication 4 x 4 Multiplier. Binary Multiplication. 9 C = 156. Binary Multiplication. 13 x 12 26 13 156. 1101 1100 0000 0000 1101 1101 10011100. Hex Multiplication. Hex Multiplication.

359 views • 15 slides

Hardware Dynamic Branch Prediction

Hardware Dynamic Branch Prediction. Simplest method: A branch prediction buffer or Branch History Table (BHT) indexed by low address bits of the branch instruction. Each buffer location (or BHT entry) contains one bit indicating whether the branch was recently taken or not.

339 views • 14 slides

Good morning!

453 views • 14 slides

Lecture # 20

230 views • 12 slides

Reproducibility of NL ASEP proposal

Reproducibility of NL ASEP proposal. Prepared by the Netherlands ASEP meeting jan 2008 USA. Spread in limit values NL approach automatic gearbox. Example 2: 6 dB spread in NL limit value. Spread in limit values NL approach manual gearbox. Example 1: 2,5 dB spread in NL limit value.

167 views • 8 slides