1 / 7

Peer Aware Communications (PAC)

Peer Aware Communications (PAC). Distinctive features for PAC SG. Peer Aware Communications (PAC) Or, PAC (Proximity Aware Comm, Social Peer Comm (SPC)? Any other name? Key features: Infrastructureless, Fully Distributed, Peer-to-peer Communications

virgiestone
Download Presentation

Peer Aware Communications (PAC)

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Peer Aware Communications (PAC)

  2. Distinctive features for PAC SG • Peer Aware Communications (PAC) • Or, PAC (Proximity Aware Comm, Social Peer Comm (SPC)? • Any other name? • Key features: Infrastructureless, Fully Distributed, Peer-to-peer Communications • Autonomous Association: (without human intervention ) • Discovery signaling rate -typically 100kbps • The number of devices in the discovery >100 • Data Transmission rate -typically 10 Mbps • Group communications: n to m • Localization -typically 10m • Unlicensed/lightly licensed bands - below 3GHz, 60 Ghz

  3. Scope • This standard defines the PHY and MAC specifications optimized for proximity peer communications with infrastructureless and fully distributed coordination.

  4. Purpose • The standard provides infrastructureless, fully distributed, peer-to-peer communications: specifically, discovery signaling rate of greater than 100 kbps, the number of devices in the discovery of more than 100 devices, the data transmission rate of greater than 10 Mbps, n-to-m group communications, fast association, and localization.

  5. Need • In order to support burgeoning social networking and peer-to-peer applications for mobile devices, the awareness of their proximities for desired services is an important feature for future wireless communications. Current communication infrastructure can support those applications but incurs unbearable signaling overhead and communication latency when to support hundreds of devices in the proximity. • The fully distributed network without infrastructure is not only useful for crowded places such as mall, stadium, campus, amusement park etc. but also isolated places not supported by infrastructure. It is also useful for emergency situations such as flooding, earthquake, fire, and etc. • Potential applications include social networking, advertising, gaming, streaming, urgent notification, device control, p2p services, internet of things, and etc. • Also, infrastructure-less awareness can relieve the overhead associated with providing user privacy because there are no tracking and no single point of data base otherwise required in the case of the infrastructure based communications.

  6. Use Cases 1. Social network service, gaming, friend finding 2. Advertisement, Kiosk, interactive narration, 3. Consumer Electronics (CE): multi screen services, autonomous device configuration 4. Emergency communications, mobile service extension,

  7. Future Plan • Call for Applications • A Tutorial at 802.15.WNG in November Plenary meeting, Atlanta • Participants: Samsung, LG, Huawei, ETRI, ..growing • Stay tuned!

More Related