'Key properties' presentation slideshows

CSE503: Software Engineering Software architecture

CSE503: Software Engineering Software architecture. David Notkin Spring 2011. Software architecture. Software architecture: design-based Formal reasoning about properties Static vs. dynamic architectures Software architecture: property-based Autonomic systems

1.13k views • 80 slides

Understanding Operating Systems Fifth Edition

Understanding Operating Systems Fifth Edition. Chapter 11 Security and Ethics. Learning Objectives. The role of the operating system with regard to system security The effects of system security practices on overall system performance

736 views • 51 slides

Statistical Properties of Granular Materials near Jamming ESMC 2009, Lisbon September 8, 2009

Statistical Properties of Granular Materials near Jamming ESMC 2009, Lisbon September 8, 2009. R.P. Behringer Duke University

943 views • 49 slides

Chapter 4

Chapter 4. The Frequency Domain of Signals and Systems. Objectives. Define the Fourier transform and explain some of its important properties.

598 views • 47 slides

Digital Cash

Digital Cash. Present By Kevin, Hiren, Amit, Kai. What is Digital Cash?. A payment message bearing a digital signature which functions as a medium of exchange or store of value Need to be backed by a trusted third party, usually the government and the banking industry. . Key Properties.

566 views • 40 slides

Rutland housing market study and needs assessment

Rutland housing market study and needs assessment. Final project presentation. AGENDA. 6:00 Welcome and overview of the study 6:15 Presentation Recap of findings Discussion of recommendations 7:00 Questions and comments. PROJECT TASKS FOR THE HOUSING STUDY.

506 views • 40 slides

Ruled Based Systems

Ruled Based Systems. Vernike Beckford. Topics. Definition for RBSs An overview of RBSs The RBS niche in computing The rule as an object RBS architecture The conceptual evolution of RBSs. Definition for RBSs.

506 views • 30 slides

Chapter 4 Data Authentication Part II

Chapter 4 Data Authentication Part II . Chapter 4 Outline. 4.1 Cryptographic Hash Functions 4.2 Cryptographic Checksums 4.3 HMAC 4.4 Offset Codebook Mode of Operations 4.5 Birthday Attacks 4.6 Digital Signature Standard 4.7 Dual Signatures and Electronic Transactions

577 views • 29 slides

Lecture 2 Atoms and Molecules

Lecture 2 Atoms and Molecules. Atoms. Matter is any substance in the universe that has mass and occupies space All matter is composed of extremely small particles called atoms. Every atom has the same basic structure Core nucleus of protons and neutrons Orbiting cloud of electrons.

547 views • 25 slides

Distributed Systems Lecture 1: Overview

Distributed Systems Lecture 1: Overview. CS425/CSE424/ECE428 Fall 2011 Nikita Borisov. Objectives. Define Distributed System Overview of distributed systems issues Course information. Examples of Distributed Systems. Class suggestions: Internet Google File System

437 views • 25 slides

6 The Mathematics of Touring

6 The Mathematics of Touring. 6.1 Hamilton Paths and Hamilton Circuits 6.2 Complete Graphs? 6.3 Traveling Salesman Problems 6.4 Simple Strategies for Solving TSPs 6.5 The Brute-Force and Nearest-Neighbor Algorithms 6.6 Approximate Algorithms 6.7 The Repetitive Nearest-Neighbor Algorithm

320 views • 18 slides

Routing in Multi-Radio, Multi-Hop Wireless Mesh Networks

Routing in Multi-Radio, Multi-Hop Wireless Mesh Networks. Richard Draves, Jitu Padhye, Brian Zill Microsoft Research. Self-Organizing Neighborhood Networks. Key Properties No network engineer Very little mobility Energy not a concern One challenge: network capacity

551 views • 17 slides

AAEC 4302 ADVANCED STATISTICAL METHODS IN AGRICULTURAL RESEARCH

AAEC 4302 ADVANCED STATISTICAL METHODS IN AGRICULTURAL RESEARCH. Part II: Theory and Estimation of Regression Models Chapter 5: Simple Regression Theory. Population Line:. E[Y] = B 0 +B 1 X. Y i = E[Y i ]+u i. u i. E[Y i ] = B 0 +B 1 X i. Xi. Population Line:. E[Y] = B 0 +B 1 X. ^.

511 views • 17 slides

The Little Big Science - Gary Stix

The Little Big Science - Gary Stix. Arthi Perka. What is a Nanometer?. A nanometer is a unit of spatial measurement that is 10 -9 meter, or one billionth of a meter. Nanotechnology as an emerging field. Interdisciplinary Nano generates the buzz What`s in a name?.

276 views • 16 slides

Main Reactions in FCC Catalysis

Main Reactions in FCC Catalysis. Key Developments in FCC Technology. Zeolite Structure. Zeolites are a well-defined class of crystalline aluminosilicate minerals whose 3-dimensional structure is derived from a framework of [SiO 4 ] 4- and [AlO 4 ] 5- coordination polyhedra.

625 views • 15 slides

CSCI 6962: Server-side Design and Programming

CSCI 6962: Server-side Design and Programming. Validation Controls. ASP Validation Controls. ASP automatically reposts same page, echoes original values back Validation controls can be attached to other controls to insure they contain legal values

228 views • 14 slides

How Market Smarts Can Protect Property Rights Bharat Anand and Alexander Galetovic, Harvard Business Review, 2004

How Market Smarts Can Protect Property Rights Bharat Anand and Alexander Galetovic, Harvard Business Review, 2004. 2013. 11. 09. SoHyun Shin MEIE881 ST: Advanced Technology Management POSMIT Lab. (POSTECH Strategic Management of Information and Technology). Contents. Introduction.

418 views • 14 slides

The Impact of IT on Air Transportation

402 views • 6 slides

EE104: Lecture 7 Outline

EE104: Lecture 7 Outline. Review of Last Lecture Time Scaling Duality Frequency Shifting (Modulation) Multiplication in Time Convolution in Time. Key Fourier Transform Properties. Review of Last Lecture: Useful FT Properties. Linearity Saves work in computing new FTs Time Shift

214 views • 6 slides

MPLS-TP Shared Mesh Protection

250 views • 5 slides