'Important properties' presentation slideshows

3/4

3/4. ?The slides on quotienting were added after the class to reflect the white-board discussion in the class. Thoughts on Candidate Set semantics for Temporal Planning. Doing Temporal Planning Correctly [In search of Complete Position-Constrained Planner]. Added after class. Need.

875 views • 70 slides

The Origin and Chemistry of Life

The Origin and Chemistry of Life. Chapter 2. Water and Life. Water makes up a large portion of living organisms. It has several unusual properties that make it essential for life. Hydrogen bonds lie behind these important properties. Water and Life.

1.06k views • 68 slides

The Origin and Chemistry of Life

The Origin and Chemistry of Life. Chapter 2. Water and Life. Water makes up a large portion of living organisms. It has several unusual properties that make it essential for life. Hydrogen bonds lie behind these important properties. Water and Life.

2.08k views • 68 slides

Chapter 22 Neutron Stars and Black Holes

818 views • 58 slides

Chapter 2

Chapter 2. Chapter 2 Overview. Physical Science Refresher Water pH Quest / pH lab. Polymerization Carbohydrates Carbohydrate lab Lipids/proteins/nucleic acids Macromolecules Protein modeling Enzymes and Reactions Quest/Enzyme lab. Define me!. Atom- Element- Isotope- Compound-

572 views • 45 slides

Unit 2:Chemistry of Life

Unit 2:Chemistry of Life . Atoms, Ions and Molecules Properties of Water Acids and Bases Organic Molecules Chemical Reactions Enzymes. Atoms, Ions and Molecules. This topic looks at some Chemistry basics that are essential for understanding life.

560 views • 40 slides

What is language?

What is language?. Language is basically speech, not writing Most languages lack a written form but all human groups have a spoken language Many people are illiterate but all normal humans can speak and understand Writing develops later than speech (if at all)

2.72k views • 38 slides

Toward Safety-Assured Development of Real-Time Software

The 11 th KOCSEA Technical Symposium. November 5, 2011 Eunkyoung Jee, Oleg Sokolsky, Insup Lee PRECISE center, Department of Computer and Information Science University of Pennsylvania. Toward Safety-Assured Development of Real-Time Software. Outline. Introduction

571 views • 37 slides

Logic for knowledge representation

621 views • 36 slides

A-A+

F. C-C+. B-B+. A-A+. Week 11. Chapter 10 Fourier Transforms The Four Fourier transforms CTFT DTFT FS DFT/S Relationships Important properties. The Four Fourier transforms The signal spaces The transform definitions Relationships Important properties. The 4 Signal Spaces.

744 views • 32 slides

Framework Silicates

Framework Silicates. 2/3 of crust is framework silicates Quartz and feldspars are most common All with similar structures TO4 tetrahedral framework T = Si or Al Each oxygen is shared with another tetrahedron Sharing of highly charged cation (Si 4+ ) make open structures.

777 views • 30 slides

394 views • 29 slides

Deadline-Aware Datacenter TCP (D 2 TCP)

Deadline-Aware Datacenter TCP (D 2 TCP). Balajee Vamanan, Jahangir Hasan, and T. N. Vijaykumar. Datacenters and OLDIs. OLDI = O n L ine D ata I ntensive applications e.g., Web search, retail, advertisements An important class of datacenter applications Vital to many Internet companies.

633 views • 29 slides

Generalizing Backpropagation to Include Sparse Coding

Generalizing Backpropagation to Include Sparse Coding. David M. Bradley ( dbradley@cs.cmu.edu ) and Drew Bagnell. Robotics Institute Carnegie Mellon University. Outline. Discuss value of modular and deep gradient based systems, especially in robotics

627 views • 27 slides

Math 409/409G History of Mathematics

Math 409/409G History of Mathematics. The Probability of Simple Events. What is probability?. Probability is the measure of the likelihood of a random phenomenon or chance behavior. . Definitions. A simple event is any single outcome from a probability experiment.

429 views • 24 slides

Non Uniform Rational B-Spline (NURBS)

611 views • 22 slides

Capacitors and Inductors

Capacitors and Inductors. Discussion D9.1 Section 3.2. Capacitors and Inductors. Capacitors Inductors.

419 views • 19 slides

Chapter 10

Chapter 10. Discrete-Time Linear Time-Invariant Systems Sections 10.1-10-3. Representation of Discrete-Time Signals. We assume Discrete-Time LTI systems The signal X[n] can be represented using unit sample function or unit impulse function : d [n] Remember: Notations: . notes.

407 views • 18 slides

The Object Oriented Approach to Software Engineering

The Object Oriented Approach to Software Engineering. Software Engineering The process of specifying, designing, implementing, testing, maintaining large scale software systems Analogy with other engineering disciplines

519 views • 17 slides

Tutorial 2

Tutorial 2. Probability Density Functions & Normal Density. Probability Density Function. Unlike discrete random variables, continuous r.v. can take infinite no. of values. In this case, the probability that the r.v. takes a particular value is zero, i.e. P ( X = x) = 0

288 views • 11 slides