Telegram Division Transfer Method for Bidirectional Networks

Simple SummaryContent extracted from patent full text and abstract with AI.

This patent describes a method and system for transmitting data packets in bidirectional network environments. The core idea is to split a large data packet intended for a receiver into multiple smaller transmission packets, which are then sent over a communication channel at intervals. The transmission mechanism is smart: it can decide to send other packets to the same or different receivers during these intervals, or to delay/skipped packets in response to channel disturbances, other concurrent transmissions, regulatory constraints, or prioritization logic. The system ensures reliable data delivery even if not all split packets are received, using special coding so only a subset of packets is needed for successful reconstruction of the original data.

Use CasesContent extracted from patent full text and abstract with AI.

• Wireless sensor networks where multiple devices communicate over a shared and potentially unreliable channel.
• Industrial IoT applications where battery-powered sensors need to reliably transmit readings in noisy environments.
• Remote telemetry systems with low power and sporadic connectivity (e.g., agriculture, smart grids).
• Bidirectional device-to-device communications over shared radio frequencies (e.g., home automation, smart metering).
• RFID and similar systems with many nodes and a need for robust, flexible data throughput.
• Broadcast or multicast scenarios where efficient use of the spectrum and network resources is critical.

BenefitsContent extracted from patent full text and abstract with AI.

• Improves reliability and robustness of data transmission in interference-prone and congested networks.
• Enables efficient use of communication channels by allowing simultaneous or interleaved packet transmissions, maximizing throughput.
• Reduces the risk of data loss: special channel coding enables correct data reception even if some packets are lost or skipped.
• Enhances flexibility: the method can adapt packet transmission based on network conditions, other transmitters' activity, and external constraints (e.g., regulatory limits).
• Supports prioritization and dynamic scheduling: higher-priority messages can preempt others, and transmission can be optimized for different nodes.
• Facilitates energy-efficient operation for battery-powered or energy-harvesting devices by allowing flexible timing and partial transmissions.

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Inventors & Applicants

Patent Abstract

The invention relates to embodiments that create a data transmitter. The data transmitter comprises a device for producing transmission data packets, which device is designed to divide a first data packet intended for a first data receiver into a plurality of transmission data packets, wherein each of the transmission data packets intended for the first data receiver is shorter than the first data packet. Furthermore, the data transmitter comprises a device for transmitting data packets, which device is designed to transmit the transmission data packets intended for the first data receiver via a communication channel at a time interval. The device for transmitting data packets can be designed to transmit at least one further transmission data packet to the first data receiver or to a second data receiver in the time interval between the plurality of transmission data packets intended for the first data receiver; or to not transmit a transmission data packet of the plurality of transmission data packets that is queued for transmission, or to transmit said transmission data packet only partially or later, if at the time of the transmission of the one transmission data packet a further transmission data packet is queued for transmission; or to not transmit a transmission data packet of the plurality of transmission data packets that is queued for transmission, or to transmit said transmission data packet only partially or later, in accordance with external conditions; or to not transmit a transmission data packet of the plurality of transmission data packets that is queued for transmission, or to transmit said transmission data packet only partially or later, via the communication channel, if at the time of the transmission of the data packet a disturbance or a transmission by another data transmitter is detected.