Distributed Voice Media Synchronization via Packet Segmentation
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current voice communication systems lack real-time synchronization, organization, and archiving capabilities, leading to inefficiencies in managing and retrieving voice messages, particularly in corporate and tactical communication settings, where priority and immediate access to conversations are crucial.
Innovation Solution
A method for progressively synchronizing stored copies of indexed media across network nodes, enabling near real-time rendering and storage of voice communications, allowing seamless transition between live and time-shifted modes, and enabling users to manage and archive conversations effectively.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If voice messages are transmitted and stored in traditional voice mail systems, then messages can be left and retrieved, but the process is burdensome, time-consuming, and messages cannot be organized or permanently archived
Solution Approach 1:
The system pre-synchronizes indexed media to multiple nodes before actual communication needs arise. This preliminary action ensures that when a user needs to leave or retrieve a message, the data is already available at the appropriate nodes, eliminating the traditional burdensome process of connection establishment and message queue navigation.
Solution Approach 2:
The system creates and maintains synchronized copies of indexed media across multiple nodes in the distributed network. This copying mechanism enables simultaneous access to the same message content from different locations, allowing users to leave and retrieve messages efficiently without centralized bottlenecks.
2Speed
If real-time synchronization is implemented across distributed nodes, then near real-time access to voice communications is achieved, but network bandwidth consumption increases
Solution Approach 1:
The system segments indexed media into discrete units that can be independently synchronized across nodes. This segmentation allows for selective and incremental synchronization rather than continuous transmission of entire data sets, reducing overall network bandwidth consumption while maintaining synchronization speed.
Solution Approach 2:
The system implements periodic synchronization intervals rather than continuous data transmission. Nodes exchange synchronization information at scheduled intervals, which reduces network bandwidth usage compared to constant real-time streaming, while still achieving near real-time access to communications.
3Ease of operation
If indexed media is progressively transmitted with packetization for near real-time rendering, then live conversation experience is provided, but data transmission complexity increases
Solution Approach 1:
The system changes transmission parameters dynamically, including packet size and packetization interval, to optimize the balance between near real-time rendering quality and system complexity. By adjusting these parameters, the system provides a live conversation experience without requiring overly complex transmission infrastructure.
4Productivity
If multiple synchronized nodes store copies of indexed media, then message availability and retrieval speed improve, but storage requirements across the network increase
Solution Approach 1:
The system creates distributed copies of indexed media across multiple nodes, where each node stores a portion or subset of the total data. This copying strategy improves message retrieval speed by allowing access from multiple locations simultaneously, while the distributed nature of the copies manages total network storage requirements more efficiently than centralized duplication.
Data Source
AI summary
A method for progressively synchronizing stored copies of indexed media transmitted between nodes on a network. The method includes progressively transmitting available indexed media from a sending node to a receiving node with a packet size and packetization interval sufficient to enable the near real-time rendering of the indexed media, wherein the near real-time rendering of the indexed media provides a recipient with an experience of reviewing the transmitted media live. At the receiving node, the transmitted indexed media is progressively receive and any indexed media that is not already locally stored at the receiving node is noted. The receiving node further continually generates and transmits to the sending node requests as needed for the noted indexed media. In response, the sending node transmits the noted indexed media to the receiving node. Both the sending node and the receiving node store the indexed media. As a result, both the sending node and the receiving node each have synchronized copies of the indexed media.