'P f a' presentation slideshows

Statistical Machine Translation

Statistical Machine Translation Alona Fyshe Based on slides from Colin Cherry and Dekang Lin Basic statistics 0 <= P(x) <=1 P(A) Probability that A happens P(A,B) Probabiliy that A and B happen P(A|B) Probability that A happens given that we know B happened Basic statistics

1.47k views • 82 slides

Statistical Machine Translation

Statistical Machine Translation. Alona Fyshe. Based on slides from Colin Cherry and Dekang Lin. Basic statistics. 0 <= P(x) <=1 P(A) Probability that A happens P(A,B) Probabiliy that A and B happen P(A|B) Probability that A happens given that we know B happened. Basic statistics.

1.19k views • 82 slides

Solids, Liquids, & Gases Chapter 7

1.3k views • 79 slides

The Biocidal Products Directive.

The Biocidal Products Directive. ECB INFODAYS, Zagreb 11-12 th December, 2006 Sharon Munn European Commission DG JRC Institute for Health and Consumer Protection, European Chemicals Bureau. This presentation. Overview of the Legal frame Dossier preparation and submission

729 views • 47 slides

Plots or Graphs - Generally the most effective format for displaying and conveying the interrelation of experime

Plots, Graphs, and Sketches (1.1). Plots or Graphs - Generally the most effective format for displaying and conveying the interrelation of experimental variables.

441 views • 43 slides

Safety

Safety. Crash test videos. http://www.youtube.com/watch?v=sh1-ti8cCiw Introduction http ://www.youtube.com/watch?v=FnH_gvhI9OI Basic crash http://www.youtube.com/watch?v=d7iYZPp2zYY Seat belt and airbag http://www.youtube.com/watch?v=fPF4fBGNK0U Old vs new cars. Safety Features:.

484 views • 29 slides

Thermochemistry

Thermochemistry. The heat of the matter. Energy. The capacity to do work or produce heat. Law of Conservation of Energy. Energy can be converted from one form to another, but cannot be created nor destroyed. Potential Energy. Potential energy is due to position or composition Examples

308 views • 23 slides

Gases (Chapter 10)

Gases (Chapter 10). Rather than considering the atomic nature of matter we can classify it based on the bulk property: gaseous, liquid or solid. Gases are the most easily understood form of matter (we shall see why).

474 views • 22 slides

615 views • 22 slides

Chapter 14 The Concepts of Pressure

Chapter 14 The Concepts of Pressure. I wanted to make an instrument which would show the changes in the air, which is at times heavier and thicker, and at times lighter and more rarefied. Evangelista Torricelli (1644). 14.1 THE CONCEPTS

356 views • 22 slides

Key Ideas Knowledge of the properties of fluids is important in technology An object immersed in a fluid will experience pressure Forces can be transferred through confined fluids Pressure, temperature, and volume of a fluid affect each other

471 views • 21 slides

Sports and Angular Momentum

Sports and Angular Momentum Dennis Silverman Bill Heidbrink U. C. Irvine Overview Angular Motion Angular Momentum Moment of Inertia Conservation of Angular Momentum Sports body mechanics and angular momentum Angular Momentum and Stability How a baseball curves Angular Momentum

735 views • 18 slides

SATs

390 views • 18 slides

Directly and inversely proportional

Directly and inversely proportional. Use with student whiteboards, or paper Objective- a mini lesson on writing equations based on definitions that use the words directly and inversely proportional. A is directly proportional to B. A is inveresly proportional to C.

746 views • 17 slides

Directly and inversely proportional

Directly and inversely proportional. Use with student whiteboards, or paper Objective- a mini lesson on writing equations based on definitions that use the words directly and inversely proportional. A is directly proportional to B. A is inveresly proportional to C.

958 views • 17 slides

Chapter 5

221 views • 12 slides

The Bernoulli Principle

The Bernoulli Principle. Magan Fowler. Daniel Bernoulli. 1700-1782 Bernoulli was a Swiss mathematician and physicist. He discovered this principle while conducting experiments about the conservation of energy. His results were published in Hydrodynamica (1738).

1.43k views • 10 slides

Forces in Fluids

Forces in Fluids. Chapter 3, Section 1 Pressure. What is pressure?. It is a force exerted over an area on the surface of an object. Gravity pulls you down with a force equal to your weight. Your feet then exert a force on the surface of the earth over an area the size of your feet.

266 views • 8 slides

P-V Graphs

P-V Graphs. Graph. Area can tell important information. P. V. Work. P=F/A V=A*x P*V (area) = F/A * A*x = F*x = W Careful with units! Gas expand, Wby (gas) Gas contract, Won (gas) Wby = - Won. Isothermal. Same temperature Area = nRT ln ( Vb / Va ) Requires calculus

233 views • 8 slides