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Lecture Distributed Systems - Lecture 8a: Minimal Spanning Tree
Lecture Distributed Systems - Lecture 8a: Minimal Spanning Tree. In this chapter, students will be able to understand: A generic MST algorithm, Boruvka’s algorithm, Jarnık’s algorithm, Kruskal’s algorithm.
4/8/2023 11:11:37 AM +00:00
Lecture Distributed Systems - Lecture 8: Leader Election
Lecture Distributed Systems - Lecture 8: Leader Election. In this chapter, students will be able to understand: Leader election in rings, election in asynchronous rings, hirschberg-sinclair algorithm, features: hirschberg-sinclair, the echo algorithm – a wave algorithm, extinction on the echo algorithm.
4/8/2023 11:11:31 AM +00:00
Lecture Distributed Systems - Lecture 7: Wave and Traversal Algorithms
Lecture Distributed Systems - Lecture 7: Wave and Traversal Algorithms. In this chapter, students will be able to understand: Wave algorithms, the echo algorithm – a wave algorithm, traversal algorithms, sequential polling – a traversal algorithm, classical depth-first search, classical depth-first search contd, classical depth-first search algorithm, awerbuch’s DFS Algorithm, Cidon’s DFS Algorithm.
4/8/2023 11:11:25 AM +00:00
Lecture Distributed Systems - Lecture 6: Distributed Mutual Exclusion
Lecture Distributed Systems - Lecture 6: Distributed Mutual Exclusion. In this chapter, students will be able to understand: Types of Dist. Mutual Exclusion Algorithms, Some Complexity Measures, Lamport’s Algorithm, Some notable points, The Ricart-Agrawala Algorithm, Roucairol-Carvalho Algorithm, Maekawa’s Algorithm, A Simple Version, Token based Algorithms, Suzuki Kasami Algorithm, Notable features, Raymond’s Algorithm.
4/8/2023 11:11:18 AM +00:00
Lecture Distributed Systems - Lecture 5: Logical Clocks and Causal
Lecture Distributed Systems - Lecture 5: Logical Clocks. In this chapter, students will be able to understand: Why do we need global clocks? ordering of events, causally related versus concurrent, lamport’s logical clock, how lamport’s clocks advance, points to note, limitation of lamport’s clock, solution: vector clocks, partial order between timestamps, causal ordering, use of vector clocks in causal ordering of messages, birman-schiper-stephenson protocol, problem of vector clock, global state collection, notations, chandy-lamport’s algorithm, notable points, huang’s algorithm, weight distribution and recovery.
4/8/2023 11:11:10 AM +00:00
Lecture Distributed Systems - Lecture 4: Deadlock-free Packet Switching
Lecture Distributed Systems - Lecture 4: Deadlock-free Packet Switching. In this chapter, students will be able to understand: Store and forward deadlock, model, requirements, solutions, buffer graph, suitable buffer and guaranteed path, the buffer-graph controller, the destination scheme, the hops-so-far scheme, acyclic orientation based scheme, forward and backward-count controllers, forward and backward-state controllers, forward-state versus forward-count.
4/8/2023 11:11:04 AM +00:00
Lecture Distributed Systems - Lecture 3: Routing Algorithms
Lecture Distributed Systems - Lecture 3: Routing Algorithms. In this chapter, students will be able to understand: Main features, performance issues, good paths, destination-based forwarding, floyd-warshall algorithm, the simple distributed algorithm, important property of the simple algorithm, toueg’s improvement, the chandy-misra algorithm, the netchange algorithm.
4/8/2023 11:10:57 AM +00:00
Lecture Distributed Systems - Lecture 2: The balanced sliding window protocol
Lecture Distributed Systems - Lecture 2: The balanced sliding window protocol. In this chapter, students will be able to understand: The balanced sliding window protocol, definitions, required properties, the protocol, the sliding windows, the protocol, protocol invariant, results.
4/8/2023 11:10:51 AM +00:00
Lecture Distributed Systems - Lecture 1: Introduction
Lecture Distributed Systems - Lecture 1: Introduction. In this chapter, students will be able to understand: What is a distributed system? advantages, examples of problems, example: automotive control, why is it hard to design them? Models for distributed algorithms, complexity measures, some fundamental problems.
4/8/2023 11:10:45 AM +00:00
Dự báo khai thác dầu khí sử dụng thuật giải di truyền (GA) dựa trên việc huấn luyện mạng nơ-ron hồi quy có bộ nhớ ngắn hạn định hướng dài hạn (LSTM)
Bài viết này đề xuất một cách tiếp cận học sâu để dự báo lượng khai thác dầu khí bằng các mạng nơ-ron hồi quy có bộ nhớ ngắn hạn định hướng dài hạn sâu (Deep LSTMs - DLSTM). Thuật giải di truyền (Genetic Algorithm-GA) được kết hợp sử dụng để tối ưu hóa mạng DLSTM. Cách tiếp cận này được vận dụng để dự báo khai thác cho mỏ STD, bể Cửu Long.
4/8/2023 8:54:22 AM +00:00
Lecture Computer networks: Lesson 25 - Hammad Khalid Khan
Lecture Computer networks: Lesson 25 - Hammad Khalid Khan. The main topics covered in this chapter include: computing the class of an IP address, dotted decimal notation, classes and dotted decimal notation, division of the address space, authority for addresses, classful addressing example,...
4/8/2023 7:11:24 AM +00:00
Lecture Computer networks: Lesson 24 - Hammad Khalid Khan
Lecture Computer networks: Lesson 24 - Hammad Khalid Khan. The main topics covered in this chapter include: address for the virtual internet, the IP addressing scheme, the IP address hierarchy, original classes of IP addresses,...
4/8/2023 7:11:18 AM +00:00
Lecture Computer networks: Lesson 23 - Hammad Khalid Khan
Lecture Computer networks: Lesson 23 - Hammad Khalid Khan. The main topics covered in this chapter include: internetworking concepts, architecture, and protocols; the motivation for internetworking; the concept of universal services; internetworking, physical network connection with routers, internet architecture,...
4/8/2023 7:11:12 AM +00:00
Lecture Computer networks: Lesson 22 - Hammad Khalid Khan
Lecture Computer networks: Lesson 22 - Hammad Khalid Khan. The main topics covered in this chapter include: network performance characteristics, delay and types of delay, propagation delay, relationship between delay and throughput, Delay-Throughput product,...
4/8/2023 7:11:06 AM +00:00
Lecture Computer networks: Lesson 21 - Hammad Khalid Khan
Lecture Computer networks: Lesson 21 - Hammad Khalid Khan. The main topics covered in this chapter include: virtual private network, guaranteeing absolute privacy, service paradigm, connection-oriented service, bursty traffic, simplex & full duplex connections, permanent connections,...
4/8/2023 7:10:59 AM +00:00
Lecture Computer networks: Lesson 20 - Hammad Khalid Khan
Lecture Computer networks: Lesson 20 - Hammad Khalid Khan. The main topics covered in this chapter include: cells vs packets, ATM speed, ATM critique; network characteristics: ownership, service paradigm and performance; private network, managing private networks, extending private networks,...
4/8/2023 7:10:53 AM +00:00
Lecture Computer networks: Lesson 19 - Hammad Khalid Khan
Lecture Computer networks: Lesson 19 - Hammad Khalid Khan. The main topics covered in this chapter include: labels and label switching, label rewriting, permanent virtual circuits, switched virtual circuits, establishing an SVC, quality of service (QoS), providing desired QoS,...
4/8/2023 7:10:44 AM +00:00
Lecture Computer networks: Lesson 18 - Hammad Khalid Khan
Lecture Computer networks: Lesson 18 - Hammad Khalid Khan. The main topics covered in this chapter include: Connection oriented networking and asynchronous transfer mode (ATM), packet sizes, ATM cells, connection-oriented service, virtual channel,...
4/8/2023 7:10:38 AM +00:00
Lecture Computer networks: Lesson 17 - Hammad Khalid Khan
Lecture Computer networks: Lesson 17 - Hammad Khalid Khan. The main topics covered in this chapter include: building routing tables, computing shortest path in a graph, weighted graph, distance metrics, distributed route computation, distance vector routing, vector-distance algorithm,...
4/8/2023 7:10:31 AM +00:00
Lecture Computer networks: Lesson 16 - Hammad Khalid Khan
Lecture Computer networks: Lesson 16 - Hammad Khalid Khan. The main topics covered in this chapter include: choosing next hop, source independence, hierarchical addressing and routing, routing in a WAN, route computation with a graph, default routes,...
4/8/2023 7:10:24 AM +00:00
Lecture Computer networks: Lesson 15 - Hammad Khalid Khan
Lecture Computer networks: Lesson 15 - Hammad Khalid Khan. The main topics covered in this chapter include: switching, combining switches and hubs, bridging and switching with other technologies, WAN technologies and routing, characterization of networks, packet switches,...
4/8/2023 7:10:18 AM +00:00
Lecture Computer networks: Lesson 14 - Hammad Khalid Khan
Lecture Computer networks: Lesson 14 - Hammad Khalid Khan. The main topics covered in this chapter include: frame filtering, startup and steady state, planning a bridged network, bridging between buildings, bridging across longer distances, a cycle of bridges, distributed spanning tree,...
4/8/2023 7:10:09 AM +00:00
Lecture Computer networks: Lesson 13 - Hammad Khalid Khan
Lecture Computer networks: Lesson 13 - Hammad Khalid Khan. The main topics covered in this chapter include: wiring schemes and other network technologies; extending LANs: fiber modems, repeaters, bridges, and switches; distance limitation and LAN design, fiber optic extensions,...
4/8/2023 7:10:02 AM +00:00
Lecture Computer networks: Lesson 12 - Hammad Khalid Khan
Lecture Computer networks: Lesson 12 - Hammad Khalid Khan. The main topics covered in this chapter include: 10BaseT, Hubs, advantages and disadvantages of wiring schemes, comparison of wiring schemes, the topology paradox, network interface cards and wiring schemes, 10/100 network interfaces and autonegotiation,...
4/8/2023 7:09:50 AM +00:00
Lecture Computer networks: Lesson 11 - Hammad Khalid Khan
Lecture Computer networks: Lesson 11 - Hammad Khalid Khan. The main topics covered in this chapter include: LAN wiring, physical topology, and interface hardware; speeds of LANs and computers, network interface hardware, I/O interfaces, network connector, Network Interface Card (NIC),...
4/8/2023 7:09:44 AM +00:00
Lecture Computer networks: Lesson 10 - Hammad Khalid Khan
Lecture Computer networks: Lesson 10 - Hammad Khalid Khan. The main topics covered in this chapter include: problems with broadcasting, multicast addressing, identifying packet contents, headers and frame formats, ethernet frame format, ethernet fields, frames without type fields,...
4/8/2023 7:09:38 AM +00:00
Lecture Computer networks: Lesson 9 - Hammad Khalid Khan
Lecture Computer networks: Lesson 9 - Hammad Khalid Khan. The main topics covered in this chapter include: hardware addressing and frame type identification, specifying a destination, LAN hardware and packet filtering, LAN interface handles, format of hardware addresses,...
4/8/2023 7:09:32 AM +00:00
Lecture Computer networks: Lesson 8 - Hammad Khalid Khan
Lecture Computer networks: Lesson 8 - Hammad Khalid Khan. The main topics covered in this chapter include: carrier sense multiple access, collision detection, ethernet collision detection, recovery from collision, exponential backoff, limited connectivity with wireless,...
4/8/2023 7:09:25 AM +00:00
Lecture Computer networks: Lesson 7 - Hammad Khalid Khan
Lecture Computer networks: Lesson 7 - Hammad Khalid Khan. The main topics covered in this chapter include: shared communication channels, growth of LAN technologies, significance of LANs and locality of reference, locality of reference principle, LAN topologies, star topology,...
4/8/2023 7:09:19 AM +00:00
Lecture Computer networks: Lesson 6 - Hammad Khalid Khan
Lecture Computer networks: Lesson 6 - Hammad Khalid Khan. The main topics covered in this chapter include: combining building blocks, direct point-to-point communication, types of errors, frame format and error detection, lan technologies and network topologies, star topology in practice,...
4/8/2023 7:09:12 AM +00:00