Finite state machine based flow analysis for WebRTC applications

Alekseev, Sergej; Harscher, Christian von; Schindler, Marco

doi:10.1109/intech.2014.6927739

Cited by 6 publications

(4 citation statements)

References 17 publications

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“…• Signaling and connection state events as described in [26] • Geolocation and the available bandwidth information about peers • Topological network coordinates according the definition in [27] • The p2p overlay topology as a graph • Sent/received and lost packets by each peer Peer Degree (PD) is the number of incoming and outgoing links. Peer Stretch (PS) is the ratio between the length of the data path from the server to a peer in our multicast tree to the length of the shortest path between them in the underlying network.…”

Section: Evaluation Metricsmentioning

confidence: 99%

Evaluation of a Topological Distance Algorithm for Construction of a P2P Multicast Hybrid Overlay Tree

Alekseev¹,

Schäfer²

2016

IJCNC

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Section: Evaluation Metricsmentioning

confidence: 99%

Evaluation of a Topological Distance Algorithm for Construction of a P2P Multicast Hybrid Overlay Tree

Alekseev¹,

Schäfer²

2016

IJCNC

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“…Until a scan occurs, the system is in an idle state. The algorithm in [15] is applied to the system. The system contains two cycles: an enqueueing cycle and a dequeueing cycle.…”

Section: A the Registration And Verification Unitmentioning

confidence: 99%

“…Fifty percent of the users decide to leave the room, while all who left manage to return to the room before missing their turn for being able to switch their turn and save their turn. In the simulation platform adopted, Figure 8 shows that the 24 users entered the room, while Figure 9 shows that about 50 percent of them left the room (5,7,9,11,13,15,17,19,21,23). All users who left were able to get their turn as they used the swap functionality to swap their ticket with someone in the waiting room until they return and become available in the waiting room.…”

Section: ) Scenario3mentioning

confidence: 99%

A Smart Mobile System for the Real-Time Tracking and Management of Service Queues

et.al.¹

2016

IJCDS

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This paper proposes a solution to the problem of client dissatisfaction with long waiting times associated with some services. This solution is a smart queue management system that provides real-time visual and audio updates to service requests via a smartphone app. Users receive digital tickets and are free to leave the waiting area until it is their turn to be served. If they choose to remain in the area, they have the option of listening to the signal of the television set that is typically muted for a better experience. The system comprises connected units forming a web of things. There are units for ticket registration and verification, audio capturing and streaming, queue management, and user units as smartphone applications. We have tested this system to ensure its functionality and report our results and possible improvements.

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“…The remote user connects to the robot via wireless internet and communicates with others using Skype. Nadia Magnenat et al [2] discussed the various forms of telepresence, how they are related and different from each other and how autonomy takes place in telepresence.…”

Section: Related Workmentioning

confidence: 99%

Real Time Communication using Embedded System beyond Videoconferencing and towards Telepresence

Nalamwar¹,

Kalhapure²,

Khatake³

et al. 2016

IJCA

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Telepresence is a service that enables realistic and immersive presence to the user. Though the service is no longer a new terminology, it has not been used widely due to the cost of implementation and mass manufacturing. This paper presents a telepresence system that focuses on building a robotic platform for telepresence. This system is built using open source hardware and software that makes the system affordable and cheap. This system is able to remotely operate over Internet and work in a scenario with audio-video conferencing capabilities. This paper describes a fast and affordable alternate conferencing solution using WebRTC open source project. The WebRTC project enables browser to browser real-time communication. Today several vendors provide telepresence devices, but at a cost that the general public cannot buy. This paper showcases an alternate implementation of telepresence system that comprises of a robotic platform and an audio-video conferencing solution. This system is built using off-the-shelf hardware systems and open source software stacks. However the implementation showcased is meant only for demonstration purpose, the same system with some tweaks can be deployed in actual real-life scenario where the operator can reach the intended destination remotely.

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Finite state machine based flow analysis for WebRTC applications

Cited by 6 publications

References 17 publications

Evaluation of a Topological Distance Algorithm for Construction of a P2P Multicast Hybrid Overlay Tree

Evaluation of a Topological Distance Algorithm for Construction of a P2P Multicast Hybrid Overlay Tree

A Smart Mobile System for the Real-Time Tracking and Management of Service Queues

Real Time Communication using Embedded System beyond Videoconferencing and towards Telepresence

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