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Cytoscape is an open source software platform for visualizing complex-networks and integrating these with any type of attribute data. A lot of plugins are available for various kinds of problem domains, including bioinformatics, social network analysis, and semantic web.

"Select or drop a file up to 140 MB in size for malware analysis, vulnerability check, and data sanitization (CDR; Content Disarm and Reconstruction)."

recommended !! :D Mathematics for Algorithmic Sets Functions and Relations Vectors and Matrices Linear Inequalities and Linear Equations Greedy Algorithms Knapsack Problem o O-I Knapsack o Fractional Knapsack * Activity Selection Problem * Huffman's Codes * Minimum Spanning Tree * Kruskal's Algorithm * Prim's Algorithm * Dijkstra's Algorithm Divide & Conquer Algorithms Dynamic Programming Algorithms * Knapsack Problem DP Solution * Activity Selection Problem DP Solution Amortized Analysis * Aggregate Method * Accounting Method * Potential Method * Dynamic Table Hash Table Binary Search Tree Graph Algorithms * Breadth First Search (BFS) * Depth First Search (DFS) * Topological Sort * Strongly Connected Components * Euler Tour * Generic Minimum Spanning Tree * Kruskal's Algorithm * Prim's Algorithm * Single Source Shortest Path o Dijkstra's Algorithm o Bellman-Ford Algorithm String Matching * Naïve String Matching * Knuth-Morris-Pratt Algorithm * Boyer-Moore Algorithm Sorting * Bubble Sort * Insertion Sort * Selection Sort * Shell Sort * Heap Sort * Merge Sort * Quick Sort Linear-Time Sorting * Counting Sort * Radix Sort * Bucket Sort Computational Geometry Computational Complexity * Information-Theoretic Argument * Adversary Argument * NP-Completeness And Reduction Approximate Algorithms * Vertex Cover * The Traveling Salesman Problem Linear Programming Appendix 1. Parabola 2. Tangent Codes References hoping to discuss these algorithms with each other !

this web page contain a lot of algorithms discussed with simple ways !! i think these maybe useful Tutorials !! hoping to discuss these algorithms with each other !

Ohhhhhhh .....Gammmeeeeeeeeed gedan ya Mans ...thanks

"The goal of the e-LICO project is to build a virtual laboratory for interdisciplinary collaborative research in data mining and data-intensive sciences. The e-lab comprises three layers: the e-science and data mining layers form a generic research environment that can be adapted to different scientific domains by customizing the application layer. e-LICO uses both Taverna and RapidAnalytics/RapidMiner to design and enact data analysis workflows. It provides a variety of general-purpose and application-specific services and a broad toolkit to assist the user in designing such workflows."

"Let's build the future of the web Get the web's modern capabilities on your own sites and apps with useful guidance and analysis from web.dev."

"Freedom to Tinker is hosted by Princeton's Center for Information Technology Policy, a research center that studies digital technologies in public life. Here you'll find comment and analysis from the digital frontier, written by the Center's faculty, students, and friends."

Biostatistics plays a vital role in clinical research. From protocol development and clinical trial designs to sample size calculation, data analysis and more, our team of Biostatisticians have the right SME expertise in multiple therapeutic areas to help deliver quality outcomes quickly and efficiently. You can rely on us to determine and apply the appropriate statistical model, write CSR sections to interact with regulatory authorities, and examine the efficacy of safety data. Innovative and insight-driven statistical methods play a crucial role in every step of the drug development process. At ACL Digital, biostatistics remains an integral part of our services.

This is great tutorial for CRC cards ( sort of object oriented modeling approach) \ni think it was useful for me ... hoping to be useful for all of us : ) ..