Journal Of Microcontroller Engineering And Applications

About the Journal

Journal of Microcontroller Engineering and Applications

Journal of Microcontroller Engineering and Applications [2455-197X(e)] is a peer-reviewed hybrid open-access journal launched in 2014 focused on the rapid publication of fundamental research papers on all areas of Microprocessor Engineering & Applications.

Focus & Scope

Microcontroller Architecture and Design: 8-bit, 16-bit and 32-bit microcontrollers, ARM-based controllers, RISC architectures, instruction sets, memory organization, interrupt systems, timers, peripherals, and controller architecture optimization.
Microprocessor Systems: Microprocessor architecture, processor interfacing, instruction pipelines, cache and memory systems, processor performance, multicore processors, and embedded processor applications.
Embedded Systems: Embedded hardware and software, real-time embedded systems, firmware development, embedded controllers, board-level design, hardware-software integration, and application-specific embedded platforms.
System-on-Chip and Programmable Systems: SoC, SoPC, MPSoC, Network-on-Chip, FPGA-based systems, ASIC integration, programmable logic, configurable processors, and heterogeneous embedded architectures.
FPGA and Reconfigurable Computing: FPGA implementation, hardware acceleration, reconfigurable architectures, HDL-based design, rapid prototyping, embedded FPGA systems, and hardware-software co-design.
Embedded C and Firmware Development: Embedded C/C++, low-level programming, device drivers, bootloaders, firmware optimization, peripheral control, memory management, and real-time firmware design.
Real-Time Operating Systems: RTOS scheduling, task management, interrupt handling, synchronization, communication, timing analysis, deterministic systems, and embedded operating-system design.
Sensor and Transducer Interfacing: Temperature, pressure, humidity, soil-moisture, proximity, optical, gas, biomedical, motion, and environmental sensors; signal conditioning; ADC interfacing; and smart sensor integration.
Data Acquisition Systems: Analog and digital acquisition, sampling, sensor data logging, multichannel acquisition, signal conditioning, real-time monitoring, embedded measurement systems, and telemetry.
Internet of Things: Microcontroller-based IoT, sensor nodes, connected devices, smart appliances, remote monitoring, cloud-connected controllers, MQTT, embedded IoT gateways, and industrial IoT.
Wireless Embedded Communication: Bluetooth, BLE, Wi-Fi, Zigbee, LoRa, NFC, RFID, GSM, cellular IoT, LPWAN, wireless sensor nodes, and short-range communication systems.
Smart Home and Building Automation: Home automation, lighting control, HVAC control, access systems, smart appliances, occupancy monitoring, energy management, and microcontroller-based building automation.
Industrial Automation: PLC-microcontroller integration, machine control, embedded automation, motor control, process monitoring, industrial sensor interfaces, SCADA-linked controllers, and Industry 4.0 applications.
Robotics and Mechatronics: Mobile robots, robotic manipulators, motor control, servo systems, autonomous robots, embedded navigation, sensor fusion, actuator interfacing, and microcontroller-based robotic systems.
Motor Control and Drive Applications: DC motors, BLDC motors, stepper motors, servo motors, PWM control, speed regulation, position control, motor drivers, and embedded drive systems.
Embedded Control Systems: Closed-loop control, PID control, adaptive control, digital control, sensor-feedback systems, embedded controllers, real-time control, and intelligent control implementation.
Automotive Embedded Systems: Electronic control units, vehicle sensors, CAN communication, body control modules, engine-control systems, battery monitoring, EV controllers, infotainment interfaces, and ADAS-related embedded systems.
Electric Vehicle Applications: Battery-management controllers, charging control, motor-drive controllers, vehicle monitoring, regenerative braking control, power-management systems, and embedded EV diagnostics.
Biomedical Embedded Systems: Wearable health devices, ECG/EEG acquisition, pulse monitoring, biomedical sensors, portable diagnostic systems, implantable controllers, assistive devices, and patient-monitoring systems.
Agricultural and Environmental Applications: Smart irrigation, soil-moisture monitoring, greenhouse automation, weather stations, crop monitoring, environmental sensing, precision agriculture, and remote field monitoring.
Security and Access-Control Systems: Biometric authentication, keypad systems, RFID access, GSM/OTP authentication, smart locks, cryptographic controllers, embedded security, and tamper detection.
Embedded Cryptography and Hardware Security: Secure boot, encryption, random-number generation, authentication, embedded cryptographic algorithms, secure communication, trusted hardware, and side-channel-aware embedded design.
Signal Processing with Microcontrollers: Digital filtering, FFT, sensor-signal processing, speech and audio processing, vibration analysis, image-related embedded processing, and real-time DSP applications.
Edge Computing and Edge AI: TinyML, embedded machine learning, microcontroller-based inference, intelligent sensor nodes, edge analytics, low-power AI, model compression, and embedded neural-network acceleration.
Artificial Intelligence in Embedded Systems: Machine learning, neural networks, deep learning, embedded classification, anomaly detection, predictive maintenance, intelligent control, and AI-assisted sensor systems.
Energy-Efficient Embedded Design: Low-power microcontrollers, sleep modes, power-aware firmware, battery-operated systems, energy harvesting, dynamic power management, ultra-low-power sensing, and energy optimization.
Battery and Power Management: Embedded battery monitoring, state-of-charge estimation, charging controllers, DC power regulation, power supplies, battery protection, and power-management systems.
Parallel and Multicore Embedded Architectures: Multicore processors, thread-level parallelism, hardware accelerators, GPU-assisted embedded computing, parallel processing, memory hierarchy, and performance-per-watt optimization.
Hardware Accelerators: FPGA accelerators, AI accelerators, DSP accelerators, domain-specific hardware, hardware/software partitioning, and high-performance embedded computing.
Embedded Communication Protocols: UART, SPI, I2C, CAN, LIN, USB, Ethernet, Modbus, industrial buses, and application-specific communication interfaces.
Human-Machine Interfaces: LCDs, touchscreens, keypads, displays, voice interfaces, graphical interfaces, control panels, and interactive embedded systems.
Embedded Testing and Debugging: Hardware debugging, firmware testing, in-circuit debugging, JTAG, boundary scan, embedded diagnostics, fault injection, hardware-in-the-loop testing, and system validation.
Reliability and Fault-Tolerant Embedded Systems: Fault detection, watchdog systems, redundancy, fail-safe architectures, diagnostics, error detection and correction, embedded reliability, and safety-critical systems.
Smart Surveillance and Monitoring: Sensor-based surveillance, border monitoring, remote-area monitoring, security cameras, embedded alert systems, intelligent observation platforms, and automated safety monitoring.
Emerging Microcontroller Applications: TinyML, digital twins, autonomous sensing, wearable electronics, smart agriculture, edge intelligence, low-power connected devices, intelligent instrumentation, and next-generation embedded applications.

Keywords

Microcontrollers, Embedded Systems, Microprocessors, Internet of Things, FPGA Systems, Sensor Interfacing, Real-Time Systems, Edge AI, Embedded Control, System-on-Chip