Mobile App Controlled Multi-Processing & Multi-Tasking System
An ARM-based multi-processing and multi-tasking control system for smart buildings and infrastructure automation. Handles multiple independent tasks simultaneously and is controlled through a centralized mobile application.
- ARM-based multi-processor architecture
- True multi-tasking capability
- Mobile application-based centralised control
- Scalable system architecture
- Real-time response and task prioritisation
Modern buildings involve multiple parallel operations such as lighting, access control, HVAC, sensors, and automation modules. Traditional single-processor systems struggle with real-time multi-task handling and centralized control.
Oxymora designed a multi-processing and multi-tasking control system based on an ARM application processor architecture. The system is capable of handling multiple independent tasks simultaneously while maintaining stability and responsiveness. A mobile application acts as the centralized control interface.
- ARM-based application processor
- Peripheral controllers and I/O interfaces
- Power management circuitry
- Embedded Linux / RTOS
- Multi-task scheduling and process management
- Device drivers and inter-process communication
- Mobile application for system control
Enabled centralised control of multiple systems. Improved system scalability and responsiveness. Simplified complex infrastructure automation. Demonstrated advanced embedded system design capability.
