Theme

Transforming the well-being of the bottom billion through innovations in electrical and electronic engineering and technology

Aim and Scope

The main aim of ELEKTROPIKA is to publish research and development works in electrical and electronic engineering and technology that improve the livelihood of the under‐privileged and deprived communities. ELEKTROPIKA solicits papers related to sustainable endeavours that contribute to theoretical advancements and practical solutions in the general field of electrical and electronic engineering and technology; undertaking issues in social, economy, environment, healthcare, etc. faced by the bottom billion, especially in the tropical region.

The scope of the publications is extensive, accommodating topics on theory, modeling, design and analysis in areas which include, but are not limited to: robotics, vision and signal processing, telecommunications and wireless technology, control systems, artificial intelligence, data processing, power, electronics and CAD and manufacturing. Concept or Application is affiliated to the needs of the masses in the domain of biomedical system, agriculture, poverty, people and resource management, CQI, techno‐economics, transportation, education and calamity.

Current Issue (Volume 4, December 2017)

Volume 4, December 2017

Volume 4, December 2017



List of Articles

  1. IMPROVED DFT-MATRIX BASED PILOT ALLOCATION SCHEME FOR SPARSE CHANNEL ESTIMATION IN OFDM SYSTEM USING COMPRESSED SENSING (Anthony Ngozichukwuka Uwaechia and Nor Muzlifah Mahyuddin) – (Full text in pdf)
  2. INVESTIGATING TYPE OF MATERIALS ON THE PRODUCTS AND RFID PASSIVE TAGS ON WIRELESS MONITORING RFID-SYSTEM USING 2- FACTOR FACTORIAL DESIGN
    (Samihah Abdullah, Widad Ismail, Zaini Abdul Halim and Zalina Abdul Aziz) – (Full text in pdf)
  3. 5.8 GHz ACTIVE RFID TECHNOLOGY IN MULTILANE FREE FLOW (MLFF) FOR ONLINE ELECTRONIC TOLL COLLECTION SYSTEM AT MALAYSIA HIGHWAY (N. A. Ghazali, Widad Ismail and Zaini A. Halim) – (Full text in pdf)
  4. IMPLEMENTATION OF WIRELESS SENSOR NETWORK WITH TWO BASE STATIONS (Ekhlas K. Hamza and Heba H. Al-Hayani) – (Full text in pdf)