verified_user
Target Output
Weekly Production Deliverable
Deliverable: Linked List (Logic Building + FAQs Medium) done. Unsupervised learning (K-Means, Hierarchical, DBSCAN, PCA) done. You have a real Kaggle submission.
Monday
0 / 2 done
DSA
Add two numbers in LL; Segregate odd and even nodes
1.5h
AI/ML
Unsupervised 1: K-Means Clustering
CampusX: K-Means algorithm, centroid initialization (K-Means++), Elbow Method (WCSS), Silhouette Score + StatQuest: "K-Means Clustering" + Scratch implementation: Code K-Means in raw NumPy; add to
ml-from-scratch
2.5h
Tuesday
0 / 2 done
DSA
Sort a LL of 0s, 1s, 2s; Remove Nth node from back
1.5h
CORE
Memory Management & Allocation
Logical vs Physical Address space, Memory Management Unit (MMU), Swapping, Contiguous Allocation, Fragmentation (Internal vs External), Compaction & Buddy System + Quiz
2.5h
Wednesday
0 / 2 done
DSA
Reverse a LL
1.5h
AI/ML
Unsupervised 2: Hierarchical & DBSCAN
CampusX: Hierarchical Clustering (Agglomerative, Divisive, Linkage methods: Single, Complete, Average, Ward), Dendrograms + DBSCAN (Density-Based Spatial Clustering: Core, Border, Noise points, ε , MinPts)
2.5h
Thursday
0 / 2 done
DSA
Add one to number in LL; Find middle of LL
1.5h
CORE
Paging & Segmentation
Paging concept, Page Table structure, Frames, Page Table Entries, Multilevel Paging, Inverted Page Table, TLB in Operating System (Translation Lookaside Buffer, TLB Hit/Miss ratio, Effective Memory Access Time - EMAT), Segmentation + Quiz
2.5h
Friday
0 / 2 done
DSA
Delete middle node in LL; Check if LL is palindrome
1.5h
AI/ML
Dimensionality Reduction: PCA & Kaggle Submission
CampusX: Principal Component Analysis (PCA), variance maximization, covariance matrix, eigenvectors & eigenvalues + StatQuest: "PCA Step-by-Step" + Kaggle: Build, tune, and submit your first full competition entry
2.5h
⚡
Weekend High-Load Execution
• 8.0h Daily Deep Focus Lab
Saturday
0 / 3 done
DSA
Find intersection of Y LL; Detect a loop in LL
1.5h
AI/ML
ml-from-scratch K-Means Clustering Lab (4.0h)
Implement K-Means algorithm with random initialization and inertia computation; plot Elbow curve and Silhouette score.
4.0h
APT
Quant M14 & Verbal
Quant M14 Profit and Loss (Basic & Advance) + Verbal: Mixed Practice
2.5h
Sunday
0 / 3 done
DSA
Starting point of loop in LL; Length of loop + revision
1.5h
AI/ML
PCA & Dimensionality Reduction Lab (4.0h)
Implement PCA via Eigenvalue Decomposition of Covariance Matrix in NumPy; project high-dimensional data (MNIST) to 2D.
4.0h
APT
Logical & Virtual Memory
Logical: Clocks (Basic & Advance — Logical Reasoning complete!) + Virtual Memory, Demand Paging, Page Faults, Page Replacement Algorithms (FIFO, Optimal, LRU, LFU, Clock), Belady's Anomaly, Thrashing
2.5h
edit_note
Week 14 Technical Notes & Journal
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