'Distributed component object model' diaporamas de présentation

PowerBUilder Futures

PowerBUilder Futures. Bruce Armstrong TeamSybase bruce.armstrong@teamsybase.com. Features Since PowerBuilder 11.0 . PowerBuilder 11.1 Incremental rebuild for .NET Targets PowerBuilder 11.2 Certificate Store Support for Smart Client-published Applications Usability and UI Enhancements

2.4k views • 147 slides

Distributed Objects

Distributed Objects. Message Passing vs. Distributed Objects. Message Passing versus Distributed Objects.

987 views • 72 slides

Patterns, Frameworks, & Middleware: Their Synergistic Relationships

Patterns, Frameworks, & Middleware: Their Synergistic Relationships. Douglas C. Schmidt d.schmidt@vanderbilt.edu Professor of EECS Vanderbilt University Nashville, Tennessee. Technology Trends (1/3). Intel x86 & Power PC chipsets. TCP/IP, GSM, Link16. POSIX, Windows, & VMs.

540 views • 43 slides

Objects and Components

Objects and Components. The adaptive organization. The competitive environment of businesses continuously changing , and the pace of that change is increasing at an accelerating rate.

483 views • 37 slides

Intrusion Detection

466 views • 33 slides

Physical Architecture Layer Design

Physical Architecture Layer Design. Chapter 12. Objectives. Understand the different physical architecture components. Understand server-based, client-based, and client server physical architectures. Be familiar with distributed objects computing.

3.38k views • 31 slides

Embedded Middleware

686 views • 30 slides

Bridging the Technological Gap between Academia and Industry: Towards a Successful e-Commerce Graduate Program

Bridging the Technological Gap between Academia and Industry: Towards a Successful e-Commerce Graduate Program. Yeong-Tae Song, Goran Trajkovski, Sungchul Hong Dept of Computer and Information Sciences Towson University. Motivation. Implementing e-Commerce track

1.68k views • 29 slides

Today: More Case Studies

320 views • 21 slides

804 views • 19 slides

Distributed Systems

Distributed Systems. Multiple software components on multiple computers running as a single system. Computers can be close or distant Homogeneous or heterogeneous Managed as a unit or disparate

342 views • 19 slides

Topic 8: Application Security

347 views • 19 slides

EOVSA Monitor and Control System

EOVSA Monitor and Control System. Gelu M. Nita NJIT. A Possible EOVSA S ystem. Temperature-Controlled Front End Field Module. Temperature Sensors. Noise Diode Control. Day/Night Attn. Ctrl. Solar Burst Attn. Ctrl. V/H RF Power Out Attn. Ctrl. Block Downconvertor Module.

325 views • 18 slides

Request/Reply Communication

Request/Reply Communication. Aravind Venkataraman. Concept. Interprocess Communication Shared Memory Request/Reply Communication. Message Passing. Remote Procedure Call. Topics of Discussion. Request/Reply Communication Remote Procedure Call (RPC) RPC Architectural Model RPC Process

334 views • 15 slides

Physical Architecture Layer Design

Physical Architecture Layer Design. Chapter 13. Objectives. Understand the different physical architecture components. Understand server-based, client-based, and client server physical architectures. Be familiar with distributed objects computing. Physical Architecture. Software Components

325 views • 15 slides

Beyond DHTML

Beyond DHTML. So far we have seen and used: CGI programs (using Perl ) and SSI on server side Java Script, VB Script, CSS and DOM on client side. For some applications involving animations and graphics scripting languages are not powerful enough. Other technologies are used in such cases.

270 views • 15 slides

Distributed Component Object Model

Distributed Component Object Model. By Amrut Budihal. DCOM OVERVIEW. Working. How DCOM originated?. Object Linking and Embedding (OLE). COM DCOM. Advantages. Reusability Location Independence Language Neutrality Connection Management Scalability Symmetric Multiprocessing

251 views • 8 slides