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Description
This Bundle Includes Three Subjects (Videos + Notes ):
DSIP (Digital Signal and Image Processing): Includes Sums and Theoretical Concept Both
AISC (Artificial Intelligence and Soft Computing): Includes Sums and Theoretical Concept Both
MCC (Mobile Communication and Computing): Includes Theoretical Concept
What we Provide : 1) Video Lectures in Hindi ( taking the complicated concept to very Basic Level )
2) Topper Solution Notes ( The Best Paper solution in the Market )
3) How to Pass strategy (The Best course in Mumbai university which provides and video lectures and notes all at one place according to your syllabus )
Course Validity: Current Semester if Exams get postponed your validity will Extend too so not to worry about it.No items in this section -
Digital Signal and Image Processing
- How to Pass DSIP Importance + Strategy
- Introduction to Digital Signal Processing
- Determine signal is periodic or aperiodic
- Determine signal is linear or non-linear
- Determine Signal is Time varient or Invarient
- Determine Signal is Static or Dynamic
- Determine Signal is Causal or Non Causal
- Determine Signal is Stable and unstable
- Find Linear Convolution Part #1
- Find Linear Convolution Part #2
- Circular Convolution
- Cross Correlation and Auto Correlation
- Energy and Power Signal
- Types of Signals
- Stability Sum (find the range of linear time invariant signal for which impulse response is stable)
- Output response (0.3 delta wala sum )
- Introduction to DFT
- DFT(Discrete fourier transform) properties
- Sum based on DFT properties
- DFT Matrix Method
- 8 point matrix method
- DIT-FFT(Decimation in time fast fourier transform)
- Doubt solving ( 1 video me saare doubt clear )
- Introduction to Image Processing
- Image File Format
- Bitmap Image File Format
- JPEG Image File Format
- Tagged Image File Format (TIFF)
- Gray Level Transformation
- Zero memory Point Operation
- Histogram Equalization
- Region Growing in Image Segmentation
- Region Splitting in Image Segmentation
- Region Merging in Image Segmentation
- Convolution , Mask and Filtering
- Edge Detection
- Prewitt and Sobel Mask
- Robinson and Kirsch Mask
- Laplacian Filter
- Connectivity ( 4 , 8 and M connectivity )
- Discontinuities in Image Segmentation
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Artificial Intelligence and Soft Computing
- How to Pass AISC
- Agent and Peas Description
- Types of Agent
- Learning Agent
- Learning and Types of Learning
- Soft computing vs Hard computing and Supervised learning vs Unsupervised Learning
- BFS ( Breadth First Search ) Algorithm with solved Example
- DFS ( Depth First Search ) Algorithm with solved Example
- IDFS ( Iterative Depth First Search ) Algorithm with solved Example
- GBFS Solved Example
- A Star solved Example
- Hill Climbing
- Min Max Solved Example
- Alpha-Beta Pruning Solved Example
- Genetic Algorithm
- Genetic Algorithm Max one Problem Solved Example
- Propositional Logic (PL) Introduction
- PL to CNF conversion With Solved Example
- First-Order Logic (FOL) Solved Example
- Resolution Tree Sum Part #1
- Resolution Tree Sum Part #2
- Partial Order Planning with Example
- Introduction to Fuzzy Logic
- Fuzzification and De-Fuzzification
- Properties and Operation of Crisp and Fuzzy Sets
- Crisp and Fuzzy Sets and Relations
- Fuzzy Membership Function
- Mamdani Fuzzy Model (Fuzzy Controller) with Solved Example
- Introduction to ANN and structure of ANN
- Mc-Culloch-Pitts Neural Model
- Neural Network Architecture
- Perceptron Learning (with solved example)
- Activation functions in ANN (Discrete and Continuous)
- Backpropagation Network (with solved example)
- Self Organizing Maps and KSOMs
- Introduction to Hybrid System
- Neuro-Fuzzy System (Co-Operative and General NFS)
- Fuzzy Inference System
- Expert System
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Mobile Communication and Computing
- Introduction to Mobile Computing
- GPRS Architecture
- GSM architecture
- Multiplexing
- GEO MEO LEO Types of satellite Orbit
- Handover and Types of Handover
- Privacy and Authentication in GSM
- Types of Handoffs and Handover
- Mobile IP and Packet through tunnel working
- 3G UMTS architecture
- Wireless local loop
- PSTN Architecture
- Cellular IP Standard
- Bluetooth architecture
- Android architecture
- 4G architecture
- Frequency reuse concept in cellular system
- Macro Mobility- MIPv6 and FMIPv6
- Micro Mobility- HAWAII Architecture
- Micro Mobility- HMIPv6 Hierarchical MIPv6
- IP Address vs MAC Address
- IPv4 Header Format
- IPv6
- IPv4 vs IPv6
- SAE/LTE Architecture Part #1
- SAE/LTE Architecture Part #2
- VoLTE
- Self-Organizing Networks (SON) Framework
- IEEE 802.11 Architecture
- IEEE 802.11 Protocol Architecture
- Wifi Security – Wired Equivalent Privacy (WEP)
- Wireless LAN Threats and Security
- WiFi Protected Access
- 5G Introduction
- HiperLAN Type 1
- MCC Importance
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Notes of All Subjects
Introduction to Mobile Computing
Introduction to Mobile Computing
Mobile computing is human-computer interaction in which a computer is expected to be transported during normal usage, which allows for the transmission of data, voice, and video. Mobile computing involves mobile communication, mobile hardware, and mobile software.
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