DISTRIBUTED LOCATION PROCESSING USING REVERSE TRACKING AND AN INTERNET OF THINGS PLATFORM

The concept of location tracking is of great relevance in various enterprise and industrial environments. The techniques presented herein propose location tracking techniques that are independent from centralized servers and that use scalable technology and architectures to provide resiliency, faster location updates, reduced cost, and increases reliability

COLLABORATION SERVICE TO FACILITATE DYNAMIC CAPTIONING IN REAL-TIME

Network issues can affect the quality of audio and video for online collaboration sessions, which can result in participants missing important parts of speech. Current collaboration tools often provide closed captioning (CC) options, however, captioning is typically not automatically started on bandwidth issues and, further, captioning is often generated in the cloud with no guarantee that the original stream is received intact by meeting participants. Presented herein are techniques to address these issues by providing a collaboration service that facilitates real-time Dynamic Captioning. In the event of network issues during an online meeting, at either the speaker end or the listener end, Dynamic Captioning is activated in accordance with techniques presented herein so that a conversation can still be followed in the event that the video and audio has been badly affected by the network conditions

INTELLIGENT NETWORK PROBE ADJUSTMENT BASED ON LEOSAT CONDITIONS

Techniques are presented herein that support the ability to dynamically create, implement, and monitor the performance of network probes in a low Earth orbit (LEO) satellite (LEOsat) deployment such that the probes can alert, as rapidly as possible, to real network and application performance issues while avoiding both the false positive and false negative conditions that are associated with more traditional, static network probe definitions. While such a dynamically defined probing capability would be valuable in any network deployment, it is especially so in a LEOsat deployment with its combination of highly variable delay, jitter, and packet loss, even between two LEOsat users who are in close proximity (due to the unique nature of each LEOsat ground terminal deployment and operating environment)

HIGH QUALITY MULTI-PARTICIPANT CONFERENCE RECORDINGS USING DISTRIBUTED INTELLIGENT LOCAL BUFFERS

Online meeting audio and video recordings are typically performed in the cloud. As a result, conference call recordings may contain call quality imperfections that are caused by, for example, network impairments that may have arisen during the meeting. A recording may also be limited by, for example, any bandwidth constraints that were present between the meeting participants and the cloud. To address these types of challenges, various solutions are presented herein through several techniques. In particular, the techniques may include the distributed local recording of a meeting to allow for, among other things, high quality cloud-constructed playback of a meeting while minimizing the cost of local storage on each device. The techniques may further provide for high quality audio recordings by, for example, initiating local recording on a speaker’s device when bandwidth issues arise and then through a cloud agent collecting and integrating such local recordings into a final recording that may subsequently be published and reused