We’ve found, over the years, that a brief look at the “destination” (what you will be able to accomplish) makes all of the difference. Whether you’re familiar with some of the concepts of DOF Technology or just starting, clicking on the image below will help! This presentation will give you an overview of the various components used in our Operations, Connectivity and Security training. It is high level, so you do not need to be a programmer to appreciate what is offered!
The DOF Object Model was created to simplify the implementation and programming tasks associated with the OpenDOF Project and its Object Access Libraries (OALs). The DOF Object Model describes and defines the technological foundation of the OpenDOF Project. It shows how DOF Objects, DOF Interfaces, and other related elements work together to create scalable and reliable network services based on a system of providers and requestors in peer-to-peer relationships.
If you’re looking for more information about designing interfaces, the Object Model, DOF Operations, DOF Connectivity, or DOF Security, we have you covered! The Guides are available for download.
Click the Downloads link and start reading!
The acronym DOF (Distributed Object Framework) refers to a technology that allows many different products, using many different standards, to work together and share information effortlessly across many different networks (e.g., LAN, WAN, Intranet, Internet—any type of network or mesh). At its core, DOF technology was designed to network embedded devices, whether simple or complex. However, to support advanced networking functions for those devices, DOF technology has also evolved into a server technology, appropriate for services that expand the functionality of networked devices, whether those services reside on your own physical servers, or you are taking advantage of advanced cloud technology, such as Amazon Web Services. Ultimately, DOF technology has the flexibility to enhance all products, from the simplest resource-constrained device to the most powerful of computer networks.