Benzer Materyaller: TOWARDS SMART HOME: DEVELOPING A MODEL HOME AUTOMATION SYSTEM /
- DESIGN AND CONSTRUCTION OF A PROTOTYPE SMART HOME NAMED 'TecHome' USING HOME AUTOMATION TECHNOLOGY /
- IMPROVEMENT OF EXISTING SOLAR HOME SYSTEM IN MIST ADMINISTRATION BUILDING USING PV YST & RET SCREEN SOFTWARE /
- Homes : today and tomorrow /
- Homes : today and tomorrow /
- IOT BASED SMART METERING SYSTEM AN APPROACH TO SMART GRID TECHNOLOGY / Major T M Anisul Islam, Mohammad Sabbir Ahmed, Md Didarul Alam,
- DESIGN & INTEGRATE DUAL RENEWABLE ENERGY IN A RESIDENTIAL BUILDING OF URBAN AREA STEP TOWARDS SELF-SUSTAINED SMART EMERY SYSTEM FOR BANGLADESH / Shah Md Istiaque, Fatima Zohra Khanam, Mohammad Faisal Matin.
Konu (Topic): This Thesis paper of EECE in B.Sc program
- PERFORMANCE ANALYSIS OF PHOTOVOLTAIC MODULE UNDER VARIOUS ENVIRONMENTAL CONDITIONS WITH MATLAB / SIMULINK /
- NUMERICAL SIMULATION AND PERFORMANCE OPTIMIZATION OF PEROVSKITE SOLAR CELL /
- DESIGN AND CONSTRUCTION OF A PROTOTYPE SMART HOME NAMED 'TecHome' USING HOME AUTOMATION TECHNOLOGY /
- FEASIBILITY AND POWER SUPPLY ANALYSIS OF SOLAR PV BASED MINI COLD STORAGE FOR RURAL OFF-GRID AREA OF BANGLADESH /
- PERFORMANCE ANALYSIS OF A MIMO -STBC SYSTEM IN PRESENCE OF RAYLEIGH FADING /
- ENHANCEMENT OF DISASTER RESPONSE COMMUNICATION SYSTEM BY DEVELOPING APPROPRIATE RF AMPLIFIER AND INCORPORATING SAFETY FEATURES IN LOW ALTITUDE PLATFORM BASE STATION /
Konu (Topic): Electrical Electronic and Communication Engineering
- ENHANCEMENT OF DISASTER RESPONSE COMMUNICATION SYSTEM BY DEVELOPING APPROPRIATE RF AMPLIFIER AND INCORPORATING SAFETY FEATURES IN LOW ALTITUDE PLATFORM BASE STATION /
- EFFECT OF CROSS PHASE MODULATION IN WAVELENGTH DIVISION MULTIPLEXING SYSTEM WITH EDFA /
- DESIGN AND IMPLEMENTATION OF FREQUENCY MODULATORBY USING AREA EFFICIENT HARTLEY OSCILLATOR /
- TOWARDS SMART HOME: DEVELOPING A MODEL HOME AUTOMATION SYSTEM /
- PERFORMANCE ANALYSIS OF PPM & PSK BASED FSO LINKS OVER TURBULENT CHANNEL WITH POINTING /
- PERFORMANCE ANALYSIS OF MIMO-OFDM SYSTEM WITH STBC ON A NOISY CHANNEL /