Artificial Intelligence Based Real-Time Attendance System Using Face Recognition
Jilani Khandaker
Artificial Intelligence Based Real-Time Attendance System Using Face Recognition
9:18
Course Outcomes and Program Outcomes Evaluation with the Recommendation System for the Students
Jilani Khandaker
Course Outcomes and Program Outcomes Evaluation with the Recommendation System for the Students
11:42
Dangerous Landslide Suspectable Region Forecasting in Bangladesh -A Machine Learning Fusion Approach
Jilani Khandaker
Dangerous Landslide Suspectable Region Forecasting in Bangladesh -A Machine Learning Fusion Approach
12:44
Evaluating Usability of E-Learning Applications in Bangladesh
Jilani Khandaker
Evaluating Usability of E-Learning Applications in Bangladesh
7:49
SE Lecture 12 | Spiral model of the software process
Jilani Khandaker
SE Lecture 12 | Spiral model of the software process
9:59
SE Lecture 11 | Reuse based development | Process iteration
Jilani Khandaker
SE Lecture 11 | Reuse based development | Process iteration
16:23
SE Lecture 10 | Prototyping Model | Evolutionary development
Jilani Khandaker
SE Lecture 10 | Prototyping Model | Evolutionary development
13:34
PI Lecture 08 | OMR | Optical mark recognition
Jilani Khandaker
PI Lecture 08 | OMR | Optical mark recognition
18:47
8 . Temperature Sensor Configuration Using Arduino and Proteus
Jilani Khandaker
8 . Temperature Sensor Configuration Using Arduino and Proteus
16:54
DS Lecture 15.3 | Sequential Circuits | MUX, DEMUX
Jilani Khandaker
DS Lecture 15.3 | Sequential Circuits | MUX, DEMUX
9:42
DS Lecture 15.2 | Sequential Circuits | D Flip Flop, JK Flip Flop, T Flip Flop
Jilani Khandaker
DS Lecture 15.2 | Sequential Circuits | D Flip Flop, JK Flip Flop, T Flip Flop
14:41
DS Lecture 15.1 | Sequential Circuits | Sequential Logic, Latch
Jilani Khandaker
DS Lecture 15.1 | Sequential Circuits | Sequential Logic, Latch
15:07
7. Multiple Servo Motors Control Using Arduino and Proteus
Jilani Khandaker
7. Multiple Servo Motors Control Using Arduino and Proteus
12:27
DS Lab 12 | Implementation of 2 to 4 binary Decoder Using Tinkercad
Jilani Khandaker
DS Lab 12 | Implementation of 2 to 4 binary Decoder Using Tinkercad
16:44
DS Lab 11 | Implementation of 4 to 2 Binary Encoder Using Tinkercad
Jilani Khandaker
DS Lab 11 | Implementation of 4 to 2 Binary Encoder Using Tinkercad
11:26
DS Lab 10 | 4 Bit Parallel Subtractor Implementation Using Tinkercad
Jilani Khandaker
DS Lab 10 | 4 Bit Parallel Subtractor Implementation Using Tinkercad
11:25
SE Lecture 09 | Function Oriented Metrics | Calculating Function Point
Jilani Khandaker
SE Lecture 09 | Function Oriented Metrics | Calculating Function Point
16:17
SE Lecture 07 | Software cost estimation | COCOMO Model
Jilani Khandaker
SE Lecture 07 | Software cost estimation | COCOMO Model
11:39
SE Lecture 06 | Software cost estimation | Top Down estimation Bottom Up estimation
Jilani Khandaker
SE Lecture 06 | Software cost estimation | Top Down estimation Bottom Up estimation
9:03
PI Lecture 06 | Printer Classification | Dot matrix printer | Inkjet printer | Laser printer
Jilani Khandaker
PI Lecture 06 | Printer Classification | Dot matrix printer | Inkjet printer | Laser printer
14:20
DS Lecture 14 | Combinational Circuits | Encoder and Decoder | BCD to 7 segment display
Jilani Khandaker
DS Lecture 14 | Combinational Circuits | Encoder and Decoder | BCD to 7 segment display
20:38
DS Lab 09 | 4 Bit Parallel Adder Implementation Using Tinkercad
Jilani Khandaker
DS Lab 09 | 4 Bit Parallel Adder Implementation Using Tinkercad
20:25
DS Lecture 12.1 | XOR and XNOR Gates in Details
Jilani Khandaker
DS Lecture 12.1 | XOR and XNOR Gates in Details
19:22
DS Lecture 12.3 | Parity Generator & Checkers
Jilani Khandaker
DS Lecture 12.3 | Parity Generator & Checkers
9:43
DS Lab 08 | Full Adder Implementation Using Tinkercad
Jilani Khandaker
DS Lab 08 | Full Adder Implementation Using Tinkercad
9:23
DS Lab 07 | Half Adder Implementation Using Tinkercad
Jilani Khandaker
DS Lab 07 | Half Adder Implementation Using Tinkercad
8:33
DS Lecture 12.2 | XOR XNOR Gate | ODD Function and Even Function
Jilani Khandaker
DS Lecture 12.2 | XOR XNOR Gate | ODD Function and Even Function
16:04
DS Lecture 13.1 | Half Adder | Full Adder | Full Adder Using Half Adder
Jilani Khandaker
DS Lecture 13.1 | Half Adder | Full Adder | Full Adder Using Half Adder
16:29
DS Lecture 13.2 | 4 Bit Parallel Adder | 4 Bit Parallel Subtractor | Half and Full Subtractor
Jilani Khandaker
DS Lecture 13.2 | 4 Bit Parallel Adder | 4 Bit Parallel Subtractor | Half and Full Subtractor
12:09
SE Lecture 08 |Measures Metrics | Complexity Metrics | Halstead complexity measures
Jilani Khandaker
SE Lecture 08 |Measures Metrics | Complexity Metrics | Halstead complexity measures
26:43
PI Lecture 05 | Input Devices | Keyboard | CRT Scanner | Line Scanner | Trackball
Jilani Khandaker
PI Lecture 05 | Input Devices | Keyboard | CRT Scanner | Line Scanner | Trackball
21:39
PI Lecture 04 | I/O Operation | Interrupt | I/O Priority Interrupts | Memory Mapped I/O | DMA
Jilani Khandaker
PI Lecture 04 | I/O Operation | Interrupt | I/O Priority Interrupts | Memory Mapped I/O | DMA
13:20
DS Lecture 11 | Circuit Optimization | Karnaugh Map for 4 variables
Jilani Khandaker
DS Lecture 11 | Circuit Optimization | Karnaugh Map for 4 variables
15:32
DS Lecture 10 | Circuit Optimization | Karnaugh Map for 3 variables
Jilani Khandaker
DS Lecture 10 | Circuit Optimization | Karnaugh Map for 3 variables
17:35
DS Lecture 09 | Circuit Optimization | Gate Input Cost | Karnaugh Map for 2 variables
Jilani Khandaker
DS Lecture 09 | Circuit Optimization | Gate Input Cost | Karnaugh Map for 2 variables
23:24
DS Lecture 8| Converting a function to Sum-of-Minterms (SOM) Form & Product-of-Maxterms (POM) Form
Jilani Khandaker
DS Lecture 8| Converting a function to Sum-of-Minterms (SOM) Form & Product-of-Maxterms (POM) Form
13:02
DS Lecture 07 | Complementing Functions | Sum of Minterm SOM | Product of Maxterm POM
Jilani Khandaker
DS Lecture 07 | Complementing Functions | Sum of Minterm SOM | Product of Maxterm POM
19:51
DS Lab 06 |Parity Generator & Checkers Section 03| #Tinkercad
Jilani Khandaker
DS Lab 06 |Parity Generator & Checkers Section 03| #Tinkercad
7:01
DS Lab 06 | Parity Generator & Checkers Section 02| #Tinkercad
Jilani Khandaker
DS Lab 06 | Parity Generator & Checkers Section 02| #Tinkercad
6:01
DS Lab 06 |XOR and XNOR Gates Implementation Using Tinkercad| Parity Generator & Checkers Section 01
Jilani Khandaker
DS Lab 06 |XOR and XNOR Gates Implementation Using Tinkercad| Parity Generator & Checkers Section 01
8:55
PI Lecture 03 | Part 02 | Computer Peripheral Connection | Input-Output Operations
Jilani Khandaker
PI Lecture 03 | Part 02 | Computer Peripheral Connection | Input-Output Operations
13:42
DS Lecture 05 | Boolean Algebra Details
Jilani Khandaker
DS Lecture 05 | Boolean Algebra Details
19:20
DS Lecture 06 | Simplifying Boolean Expressions Part 01
Jilani Khandaker
DS Lecture 06 | Simplifying Boolean Expressions Part 01
14:20
DS Lecture 04 | Basic Boolean Algebra and Logic Gates
Jilani Khandaker
DS Lecture 04 | Basic Boolean Algebra and Logic Gates
18:46
DS Lab 00 | Basic of Digital Circuit Design Using Tinkercad
Jilani Khandaker
DS Lab 00 | Basic of Digital Circuit Design Using Tinkercad
14:27
SE Lecture 05 | Project Management Techniques | Part 02 | Finding Critical Path
Jilani Khandaker
SE Lecture 05 | Project Management Techniques | Part 02 | Finding Critical Path
19:15
DS Lab 05 | Design and Implement NOT, AND, OR gates using NAND gate
Jilani Khandaker
DS Lab 05 | Design and Implement NOT, AND, OR gates using NAND gate
18:17
DS Lab 04 | Universal Gates Implementation Using Tinkercad
Jilani Khandaker
DS Lab 04 | Universal Gates Implementation Using Tinkercad
14:39
DS Lab 03 Proof of De Morgan's Law for Three Variable Using Tinkercad
Jilani Khandaker
DS Lab 03 Proof of De Morgan's Law for Three Variable Using Tinkercad
18:27
DS Lecture 01 | NS| Part 03| BDC| BCD Addition| Gray Code Gray to Binary| Binay to Gray Conversion
Jilani Khandaker
DS Lecture 01 | NS| Part 03| BDC| BCD Addition| Gray Code Gray to Binary| Binay to Gray Conversion
22:24
PI Lecture 03 | Part 01 | Bit Stuffing Bit rate Baud rate
Jilani Khandaker
PI Lecture 03 | Part 01 | Bit Stuffing Bit rate Baud rate
8:01
SE Lecture 04 | Project Management Techniques | Part 01
Jilani Khandaker
SE Lecture 04 | Project Management Techniques | Part 01
20:09
PI Lecture 02| Serial Parallel Interfacing, Asynchronous and Synchronous Transmission
Jilani Khandaker
PI Lecture 02| Serial Parallel Interfacing, Asynchronous and Synchronous Transmission
23:10
SE Lecture 03 | Software Process Software |Process Model | Waterfall Model
Jilani Khandaker
SE Lecture 03 | Software Process Software |Process Model | Waterfall Model
15:50
DS Lab 02- Implementation of an expression using basic gates. #Tinkercad
Jilani Khandaker
DS Lab 02- Implementation of an expression using basic gates. #Tinkercad
14:01
Digital System Lecture 01 Number System Part 02
Jilani Khandaker
Digital System Lecture 01 Number System Part 02
32:16
DS Lab 01 Basic Gates Implementation Using Tinkercad
Jilani Khandaker
DS Lab 01 Basic Gates Implementation Using Tinkercad
15:40
PI Lecture 01 Peripheral Device, Peripheral Adapter, System Bus, Peripheral Adapter Registrar
Jilani Khandaker
PI Lecture 01 Peripheral Device, Peripheral Adapter, System Bus, Peripheral Adapter Registrar
19:14
SE Lecture 02 Software Process, Process Model, Software attributes, challenges facing software engi
Jilani Khandaker
SE Lecture 02 Software Process, Process Model, Software attributes, challenges facing software engi
16:55
SE Lecture 01 Basic of Software and Software Engineering
Jilani Khandaker
SE Lecture 01 Basic of Software and Software Engineering
13:19
Digital System Lecture 01 Number System
Jilani Khandaker
Digital System Lecture 01 Number System
45:16
How to change your name on Google Classroom.
Jilani Khandaker
How to change your name on Google Classroom.
1:17
Basic Prolog Rules, fact, queries, Input from Keyboard, Output, Calculate area. #AI_LAB
Jilani Khandaker
Basic Prolog Rules, fact, queries, Input from Keyboard, Output, Calculate area. #AI_LAB
15:03
Family Tree in Prolog. #AI_LAB
Jilani Khandaker
Family Tree in Prolog. #AI_LAB
19:26
Naïve Bayes Classifier, jupyter notebook. #AI_LAB
Jilani Khandaker
Naïve Bayes Classifier, jupyter notebook. #AI_LAB
27:35
6. Servo Motor Configuration Using Arduino and Proteus
Jilani Khandaker
6. Servo Motor Configuration Using Arduino and Proteus
6:59
5. Scrolling Text in 16*4 LCD Display Using Arduino and Proteus.
Jilani Khandaker
5. Scrolling Text in 16*4 LCD Display Using Arduino and Proteus.
9:15
4. 16*4 LCD Display Using Arduino and Proteus.
Jilani Khandaker
4. 16*4 LCD Display Using Arduino and Proteus.
12:01
Preprocessing data on Spyder ( Binarization, Scaling and Normalization). #python #Basic
Jilani Khandaker
Preprocessing data on Spyder ( Binarization, Scaling and Normalization). #python #Basic
32:52
2. Seven Segment Display to Arduino in Proteus
Jilani Khandaker
2. Seven Segment Display to Arduino in Proteus
11:10
3. Seven Segment Display to Arduino in Proteus Using 'for' Loop and 'if' Condition
Jilani Khandaker
3. Seven Segment Display to Arduino in Proteus Using 'for' Loop and 'if' Condition
13:17
How to upload assignment or answer script on google classroom
Jilani Khandaker
How to upload assignment or answer script on google classroom
2:50
1. Arduino and Proteus Setup in Detail
Jilani Khandaker
1. Arduino and Proteus Setup in Detail
27:17
Arithmetic Operations in SWI-Prolog
Jilani Khandaker
Arithmetic Operations in SWI-Prolog
8:45