2015 Proceeding- Conference Chairs:
- Emmanuel Bertin,
- Noel Crespi,
- Roch Glitho
- Sponsor:
- sigops
Real-time communication systems are changing - with a conjunction of new technologies and new usages. On the usage side, the rapid consumer adoption of new communication means lead to a more and more fragmented landscape; and to the evolution of voice/video from a specific service (telephony) into a simple component of vertically-integrated services. On the technical side, systems based on Web technologies are increasingly gaining momentum, as browsers become a universal code execution platform. Even native application can rely on these technologies, e.g. with Android WebView. This trend is now emerging for real-time communications with the WebRTC technology, and is considered as the future of real-time communications, beyond today's protocol-specific architectures.
Such systems requires new architectures, new design and programming models to manage real-time signaling and media requirements using the Web paradigms, and to answer to the needs of application developers.
In this context, the first international workshop on All-Web real-time Systems (AweS 2015) has focused on the issues raised by these transformations, bringing together researchers addressing the various fields of All-Web systems to share ideas and discuss early results.
Proceeding Downloads
Toward automatic update from callbacks to promises
Javascript is the prevalent scripting language for the web. It lets web pages register callbacks to react to user events. A callback is a function to be invoked later with a result currently unavailable. This pattern also proved to respond efficiently ...
A case-study in all-web rich interpersonal communication services
Emerging web-based communication technologies have made it possible to build rich, modular interpersonal communication suites. Leveraging these new standards, we designed an experimental service named "Le Fil", which provides users with long-lived ...
Specialized network services for WebRTC: TURN-based architecture proposal
Real-time communications have substantially evolved in recent years. Consequently network operators are challenged by web companies providing Internet-wide WebRTC services that are developer and user friendly. So far WebRTC uses best-effort routing but ...
Performance analysis of the Janus WebRTC gateway
This paper takes an in-depth look at the performance of the Janus WebRTC gateway. Janus is a modular, open-source gateway allowing WebRTC clients to seamlessly interact with legacy real-time communication technologies, both standard and proprietary, and ...
On webco interoperability
By contrast with the globally interoperable legacy telecom world, web-based communication services, which become front line actors in the interpersonal communication field, are founded on "walled garden" approaches. With the emergence of full-web ...
QoS degradation based reimbursement for real-time cloud communication
Rapidly increasing digital media, specially multimedia content, has elicited the importance of cloud computing. Management and access of growing content becomes easy with cloud computing. Most of the cloud storage services now offer additional features ...
On embedded real time media communications
We present WebRTC, describe its strengths and weaknesses and present its different forms of integrations, in the form of mediated, asymmetric or bridged communications. We go on to discuss the issues of providing real peer to peer communications on the ...
An API proposal for integrating sensor data into web apps and WebRTC
Today we use smartphones and personal computers everywhere to communicate in ways made possible by the ubiquity of the Internet: we exchange emails and instant messages, make voice and video calls and participate in social media. WebRTC furthers the ...
WebRTC based remote collaborative online learning platform
Recently, as the number of smart devices increases, the way of digital broadcast contents is changed. This change leads that conventional broadcast media acceptsWeb platform and its services to provide more quality contents. Based on this change, in ...
Index Terms
- Proceedings of the 1st Workshop on All-Web Real-Time Systems
Recommendations
Acceptance Rates
| Year | Submitted | Accepted | Rate |
|---|---|---|---|
| AWeS '15 | 10 | 9 | 90% |
| Overall | 10 | 9 | 90% |