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We use Transaction Level Modeling techniques to specify and validate best-effort channels for networked embedded devices, to integrate the generated specification model in system-level design flow, for prototyping, exploration and validation of design alternatives. A best-effort channel does not provide any guarantees on final data delivery or delivery rate. With more embedded devices existing in networked environments, often sharing a common communication channel, devices compete with each other for all common network resources, e.g., in a wireless sensor network where low power devices share a low bandwidth best-effort channel. To examine such systems, we specify Half-Duplex Ethernet using the SpecC language and Transaction Level Modeling techniques. All models are validated in a multi-station test setup using Ethernet-based network algorithms.

Transaction Level Modeling of Best-Effort Channels for Networked Embedded Devices