Energy efficient fault-tolerant routing framework for wireless sensor networks using modified weighted practical Byzantine fault tolerance algorithm with slot scheduling technique

Puntos clave

• The study aims to develop an energy-efficient routing framework that maintains fault tolerance in wireless sensor networks.
• Utilized a modified weighted practical Byzantine fault tolerance algorithm for improved routing.
• Implemented a slot scheduling technique to enhance network efficiency.
• Analyzed performance metrics under varying fault scenarios.
• Achieved a 30% reduction in energy consumption compared to traditional methods.
• Enhancement of fault tolerance by 40%, maintaining reliable communication under failure conditions.
• Notable improvement in overall network throughput by 25% with lower latency.