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2011•International Conference on SystemsRequires access

Event Driven Programming for Embedded Systems - A Finite State Machine Based Approach

Nrusingh Prasad Dash, Ranjan Dasgupta, Jayakar Chepada, Arindam Halder

Open publisher page 9 citations

Abstract

The paper gives a brief overview of event driven program and its relationship with finite state machine (FSM). It proposes a FSM-based framework implemented in C programming language. In Microcontroller Unit (MCU) based tiny embedded system, FSM based software design and event-driven programming techniques are efficient in handling concurrent and asynchronous events usually occur. Finally, the paper states and demonstrates a solution of a system power sequence problem using the same framework as a case study.

About this research paper

What this paper is about

The paper gives a brief overview of event driven program and its relationship with finite state machine (FSM). It proposes a FSM-based framework implemented in C programming language. In Microcontroller Unit (MCU) based tiny embedded system, FSM based software design and event-driven programming techniques are efficient in handling concurrent and asynchronous events usually occur. Finally, the paper states and demonstrates a solution of a system power sequence problem using the same framework as a case study.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The paper gives a brief overview of event driven program and its relationship with finite state machine (FSM). It proposes a FSM-based framework implemented in C programming language. In Microcontroller Unit (MCU) based tiny embedded system, FSM based software design and event-driven programming techniques are efficient in handling concurrent and asynchronous events usually occur. Finally, the paper states and demonstrates a solution of a system power sequence problem using the same framework as a case study.

Key concepts: Finite-state machine, Computer science, Asynchronous communication, Microcontroller, Event (particle physics), State (computer science), Exception handling, Programming language

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