Message Priority Insertion in Digital Packets
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Solution Overview
Problem
Existing communication systems for wireless devices do not effectively prioritize messages across different devices and platforms, leading to inconsistencies in message delivery and processing based on importance levels set by the originator.
Innovation Solution
A method where a user can assign a priority value to a message through an enhanced services application program, which inserts this priority into a digital packet's user data segment, ensuring that the message priority is conveyed and displayed appropriately on the recipient's device, using visual indicia such as background colors to denote urgency or expected response.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If importance levels are set by the message originator in existing email clients, then message priority can be indicated, but different email clients may not recognize the importance level originated by a different email client or may provide different types of treatment of the message than intended by the originator
Solution Approach 1:
The message data structure is segmented into distinct fields: a header segment containing routing information and a user data segment containing the message body and priority value. This segmentation allows the priority information to be independently processed and recognized across different platforms without affecting other message components.
Solution Approach 2:
The digital packet structure is designed to be universal across different email clients and platforms. The standardized format with explicit priority fields enables any compliant email client to recognize and process message priority consistently, regardless of the originating client type,从而实现跨平台的兼容性。
2Reliability
If a server is required to process the importance level in the transmission path, then message priority can be conveyed to the recipient, but the system complexity increases and requires infrastructure support
Solution Approach 1:
The priority value is embedded in the digital packet at the source (originator's device) before transmission begins. This preliminary inclusion of priority information eliminates the need for intermediate servers to interpret or add priority markings, reducing infrastructure complexity while ensuring reliable priority conveyance throughout the transmission path.
Solution Approach 2:
The message packet is self-contained with all necessary priority information embedded within it. The packet structure includes explicit priority fields that can be directly processed by receiving devices without requiring external server intervention for priority determination, thereby reducing system infrastructure requirements.
3Productivity
If messages are transmitted in a holding queue without priority consideration, then transmission simplicity is maintained, but important messages may not be delivered ahead of less important messages
Solution Approach 1:
The holding queue implementation can vary locally at different devices based on their capabilities. The originating device can sort messages by priority before queuing, while intermediate devices can process them in priority order. This allows important messages to be delivered efficiently without requiring complex priority management at every point in the transmission path.
Data Source
AI summary
An exemplary method implemented by a first end-user communication device originates an electronic communication. User input is received to create information to be conveyed by the transmission of a digital packet having a header segment and a user data segment. The user data segment contains a user message and a priority value where the priority value conveys a corresponding message priority to a recipient device. The priority value and the user message are determined by the user of the first end-user communication device. Under the control of a first module of an enhanced services application program, a composition screen is displayed by which the user input including the user message is entered. Visual indicia indicative of a current message priority to be assigned to the user message is displayed on the composition. The first module causes insertion of the priority value corresponding to the current message priority in a priority field in the user data segment prior to transmission of the digital packet. The digital packet is transmitted with the user data segment that contains the user message and the priority value.