Antzeko izenburuak: IMPLEMENTATION OF SURVELLANCE CAMERA SYSTEM USING RASBERRY PI /
- DESIGN AND IMPLEMENTATION OF RECONFIGURABLE MONOPOLE AND PATCH ANTENNA SYSTEMS FOR MULTIBAND WIRELESS COMMUNICATION AND RF ENERGY HARVESTING /
- PERFORMANCE ANALYSIS OF CONTEMPORARY POWER DISTRIBUTION NETWORKS USING IEEE 13 BUS SYSTEM /
- TCAD SIMULATION OF COMPOUND SEMICONDUCTOR DEVICE TO DETERMINE MAXIMUM OSCILLATION FREQUENCY /
- ESTABLISHING IOT BASED SMART TOLL MANAGEMENT SYSTEM USING RFID /
- DESIGNING A SMALL SCALE DC HYBRID MICROGRID FOR A REMOTE VILLAGE WITH FAULT DETECTION AND ISOLATION TECHNIQUE /
- DESIGN AND CONSTRUCTION OF LOW COST SECURED HELICOPTER TRACKING SYSTEM USING GSM /
Gaia: Electrical Electronic and Communication Engineering
- PERFORMANCE ANALYSIS OF A DS-CDMA WIRELESS COMMUNICATIONS SYSTEM WITH SINGLE CARRIER (SC) AND MULTI CARRIER MODULATION IN PRESENCE OF CARRIER FREQUENCY OFFSET (CFO)
- PERFORMANCE ANALYSIS OF DIFFERENT TRACKING FILTERS FOR IMPROVING ACCURACY IN RADAR DETECTION /
- AN INVESTIGATION INTO EFFICIENCY IMPROVEMENT OF THIN FILM SOLAR CELL /
- POWER FLOW ANALYSIS OF BANGLADESH POWER SYSTEM /
- PERFORMANCE ANALYSIS OF A DIRECT SEQUENCE CODE DIVISION MULTIPLE ACCESS (DS-CDMA) SYSTEM WITH DIVERSITY AND WITHOUT DIVERSITY /
- ENHANCEMENT OF DISASTER RESPONSE COMMUNICATION SYSTEM BY DEVELOPING APPROPRIATE RF AMPLIFIER AND INCORPORATING SAFETY FEATURES IN LOW ALTITUDE PLATFORM BASE STATION /
Gaia: This Thesis Paper of EECE in BSc Program.
- ANALYSIS OF BER PERFORMANCE ON DIFFERENT MODULATION TECHNIQUES OVER AWGN CHANNEL /
- DESIGN OF A DUAL-BAND MICROSTRIP PATCH ANTENNA WITH ENHANCED BANDWIDTH AND GAIN FOR 5G APPLICATIONS /
- CLASSIFICATION OF AUTISM SPECTRUM DISORDER FROM RS-FMRI SCANS BY FEATURE REDUCTION ON ENSEMBLE MACHINE LEARNING AND CNN/
- INVESTIGATION OF THE TOPSIDE IONOSPHERE OVER BANGLADESH USING SWARM, COSMIC AND GNSS DATA INCLUDING IRI PREDICTIONS /
- INVESTIGATION OF IONOSPHERIC DIURNAL DOUBLE MAXIMA OVER BANGLADESH /
- FREQUENCY STABILITY ENHANCEMENT WITH VSG CONTROL FOR A PV DOMINATED GRID /