Forwarded from EtCPC - Ethiopian Collegiate Programming Community
|ETCPC
Training Camp
๐ข Attention all aspiring competitive programmers and ICPC enthusiasts! ๐ฅ๐
๐ข Register now for an exclusive training session on "Introduction to Competitive Programming and ICPC" conducted by the esteemed Amir Kheiru, a world finalist in competitive programming! ๐๐
๐ Date: July 1, 2023 7:30 PM (EAT)
๐ Speaker: Amir Kheiru | an expert in competitive programming, a seasoned ICPC participant, and a world finalist.
๐ Registration Link ๐
๐ฅ Don't miss out on this incredible opportunity to learn from one of the best in the field and enhance your problem-solving skills, master algorithmic thinking, and dive into the world of competitive programming! ๐ชโจ
During this training, Mr. Amir Kheiru who has achieved remarkable success as a world finalist, will share invaluable insights, strategies, and techniques that can help you excel in competitive programming and ICPC competitions. ๐๐
Whether you're a beginner looking to explore the exciting realm of competitive programming or an experienced programmer aiming to sharpen your skills further, this session is tailor-made for you! ๐ป๐
Hurry and secure your spot by registering today! Click on the registration link below to reserve your place:
๐ Registration Link: https://bit.ly/etcpc2023_registration
Don't miss this golden opportunity to learn from a world finalist and elevate your programming prowess to new heights. We eagerly anticipate your presence at the training session!
๐ For any inquiries or further information, please contact us on:
Telegram: @etcpc_support
Phone: +251942601154
#ETCPC
#CompetitiveProgramming #ICPC #WorldFinalist #ProgrammingSkills #ProblemSolving #AlgorithmicThinking #Amir_Kheiru #TrainingSession
Training Camp
๐ข Attention all aspiring competitive programmers and ICPC enthusiasts! ๐ฅ๐
๐ข Register now for an exclusive training session on "Introduction to Competitive Programming and ICPC" conducted by the esteemed Amir Kheiru, a world finalist in competitive programming! ๐๐
๐ Date: July 1, 2023 7:30 PM (EAT)
๐ Speaker: Amir Kheiru | an expert in competitive programming, a seasoned ICPC participant, and a world finalist.
๐ Registration Link ๐
๐ฅ Don't miss out on this incredible opportunity to learn from one of the best in the field and enhance your problem-solving skills, master algorithmic thinking, and dive into the world of competitive programming! ๐ชโจ
During this training, Mr. Amir Kheiru who has achieved remarkable success as a world finalist, will share invaluable insights, strategies, and techniques that can help you excel in competitive programming and ICPC competitions. ๐๐
Whether you're a beginner looking to explore the exciting realm of competitive programming or an experienced programmer aiming to sharpen your skills further, this session is tailor-made for you! ๐ป๐
Hurry and secure your spot by registering today! Click on the registration link below to reserve your place:
๐ Registration Link: https://bit.ly/etcpc2023_registration
Don't miss this golden opportunity to learn from a world finalist and elevate your programming prowess to new heights. We eagerly anticipate your presence at the training session!
๐ For any inquiries or further information, please contact us on:
Telegram: @etcpc_support
Phone: +251942601154
#ETCPC
#CompetitiveProgramming #ICPC #WorldFinalist #ProgrammingSkills #ProblemSolving #AlgorithmicThinking #Amir_Kheiru #TrainingSession
Google Docs
EtCPC-2023 training-camp registration
Welcome to the Ethiopian Collegiate Programming Contest Training Camp Registration Form!
This form is exclusively for participants who wish to register for the upcoming training camp. The training camp is designed to provide intensive preparation and guidanceโฆ
This form is exclusively for participants who wish to register for the upcoming training camp. The training camp is designed to provide intensive preparation and guidanceโฆ
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Forwarded from EtCPC - Ethiopian Collegiate Programming Community (iris)
|ETCPC
๐ข Calling all coding enthusiasts! ๐ฅ๏ธ๐ป
๐ข Join us for an informative tutorial on Complete Search techniques! ๐งฉ๐
๐๏ธ Date: Aug 8, 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Wendirad Demelash, an experienced programmer and problem-solving expert.
โ๏ธ Meeting Link: https://meet.google.com/stj-oicr-oug
๐ฅ Don't miss this incredible opportunity to dive into the world of Complete Search and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will explore various techniques for Complete Search, including iterative complete search, recursive complete search, and divide and conquer strategies. These powerful algorithms are fundamental for exhaustive problem-solving and can be applied across different domains. ๐๐
You will learn how to approach problems systematically, breaking them down into smaller subproblems and exploring all possible solutions. By the end of the tutorial, you'll have a solid understanding of Complete Search techniques and be equipped with valuable problem-solving tools. ๐๐ง
Whether you're a beginner looking to expand your coding knowledge or an experienced programmer aiming to sharpen your algorithmic thinking, this tutorial is perfect for you! Mr. Wendirad Demelash will present the concepts in a clear and engaging manner, ensuring that all attendees can grasp the material easily. ๐๐ป
Get ready to enhance your problem-solving abilities and take your coding skills to new heights!
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #CompleteSearch #ProblemSolving #CodingTutorial #AlgorithmicThinking #CodingEnthusiasts
๐ข Calling all coding enthusiasts! ๐ฅ๏ธ๐ป
๐ข Join us for an informative tutorial on Complete Search techniques! ๐งฉ๐
๐๏ธ Date: Aug 8, 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Wendirad Demelash, an experienced programmer and problem-solving expert.
โ๏ธ Meeting Link: https://meet.google.com/stj-oicr-oug
๐ฅ Don't miss this incredible opportunity to dive into the world of Complete Search and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will explore various techniques for Complete Search, including iterative complete search, recursive complete search, and divide and conquer strategies. These powerful algorithms are fundamental for exhaustive problem-solving and can be applied across different domains. ๐๐
You will learn how to approach problems systematically, breaking them down into smaller subproblems and exploring all possible solutions. By the end of the tutorial, you'll have a solid understanding of Complete Search techniques and be equipped with valuable problem-solving tools. ๐๐ง
Whether you're a beginner looking to expand your coding knowledge or an experienced programmer aiming to sharpen your algorithmic thinking, this tutorial is perfect for you! Mr. Wendirad Demelash will present the concepts in a clear and engaging manner, ensuring that all attendees can grasp the material easily. ๐๐ป
Get ready to enhance your problem-solving abilities and take your coding skills to new heights!
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #CompleteSearch #ProblemSolving #CodingTutorial #AlgorithmicThinking #CodingEnthusiasts
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Forwarded from EtCPC - Ethiopian Collegiate Programming Community (iris)
|ETCPC
๐ข Calling all graph enthusiasts! ๐๐
๐ข Join us for the thrilling continuation of our two-part tutorial on Graphs and Graph Algorithms - Part 2! ๐
๐๏ธ Date: Mon, 14th August 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Abdi Adem, a seasoned programmer and graph algorithm expert.
๐ฅ Don't miss this incredible opportunity to deepen your understanding of graphs and explore essential graph algorithms like Shortest Path Algorithms and Minimum Spanning Trees! ๐๐
In Part 2 of this tutorial, we will unravel the fascinating world of shortest path algorithms. These algorithms are essential tools for finding the most efficient path between two vertices in a graph. We will cover:
1. Shortest Path Algorithms:
Shortest path algorithms are fundamental tools used to find the most efficient path between two vertices in a graph. They have numerous applications, ranging from navigation systems to network routing protocols. Here are two commonly used algorithms for finding the shortest path:
a) Dijkstra's Algorithm: Named after the Dutch computer scientist Edsger W. Dijkstra, this algorithm efficiently determines the shortest path in a graph with non-negative edge weights. By maintaining a priority queue, Dijkstra's algorithm explores vertices in increasing order of their distance from the source vertex.
b) Bellman-Ford Algorithm: This algorithm handles graphs with negative edge weights and detects negative cycles. It iteratively relaxes the edges of the graph until it finds the shortest path.
Next, we will dive into the concept of Minimum Spanning Trees (MSTs). An MST is a tree that spans all the vertices in a connected, weighted graph while minimizing the total sum of edge weights. We will explore:
2. Minimum Spanning Tree (MST) Algorithms:
Minimum spanning tree algorithms are used to find the most cost-effective way to connect all the vertices in a graph. The two main algorithms for finding MSTs are:
a) Kruskal's Algorithm: Named after the Czech mathematician Josef Kruskal, this algorithm builds an MST by iteratively adding the smallest-weighted edges that do not create cycles.
b) Prim's Algorithm: Named after the American mathematician Robert C. Prim, this algorithm grows an MST from an arbitrary starting vertex by greedily adding edges with the smallest weights.
We will dive into the intricacies of these algorithms, understand their time complexities, and discuss real-world applications.
Whether you're a novice seeking to expand your knowledge or an experienced enthusiast looking to refine your graph algorithm skills, this tutorial is perfect for you! Mr. Abdi Adem will present the concepts in a clear and engaging manner, making complex graph algorithms approachable for all attendees. ๐ช๐ก
Get ready to embark on a captivating journey as we explore the world of graphs and elevate your algorithmic thinking to new heights!
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #GraphAlgorithms #GraphTheory #ShortestPathAlgorithms #MinimumSpanningTrees #KruskalsAlgorithm #PrimsAlgorithm #CodingTutorial #AlgorithmExpert #ProblemSolving #CodingEnthusiasts
๐ข Calling all graph enthusiasts! ๐๐
๐ข Join us for the thrilling continuation of our two-part tutorial on Graphs and Graph Algorithms - Part 2! ๐
๐๏ธ Date: Mon, 14th August 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Abdi Adem, a seasoned programmer and graph algorithm expert.
๐ฅ Don't miss this incredible opportunity to deepen your understanding of graphs and explore essential graph algorithms like Shortest Path Algorithms and Minimum Spanning Trees! ๐๐
In Part 2 of this tutorial, we will unravel the fascinating world of shortest path algorithms. These algorithms are essential tools for finding the most efficient path between two vertices in a graph. We will cover:
1. Shortest Path Algorithms:
Shortest path algorithms are fundamental tools used to find the most efficient path between two vertices in a graph. They have numerous applications, ranging from navigation systems to network routing protocols. Here are two commonly used algorithms for finding the shortest path:
a) Dijkstra's Algorithm: Named after the Dutch computer scientist Edsger W. Dijkstra, this algorithm efficiently determines the shortest path in a graph with non-negative edge weights. By maintaining a priority queue, Dijkstra's algorithm explores vertices in increasing order of their distance from the source vertex.
b) Bellman-Ford Algorithm: This algorithm handles graphs with negative edge weights and detects negative cycles. It iteratively relaxes the edges of the graph until it finds the shortest path.
Next, we will dive into the concept of Minimum Spanning Trees (MSTs). An MST is a tree that spans all the vertices in a connected, weighted graph while minimizing the total sum of edge weights. We will explore:
2. Minimum Spanning Tree (MST) Algorithms:
Minimum spanning tree algorithms are used to find the most cost-effective way to connect all the vertices in a graph. The two main algorithms for finding MSTs are:
a) Kruskal's Algorithm: Named after the Czech mathematician Josef Kruskal, this algorithm builds an MST by iteratively adding the smallest-weighted edges that do not create cycles.
b) Prim's Algorithm: Named after the American mathematician Robert C. Prim, this algorithm grows an MST from an arbitrary starting vertex by greedily adding edges with the smallest weights.
We will dive into the intricacies of these algorithms, understand their time complexities, and discuss real-world applications.
Whether you're a novice seeking to expand your knowledge or an experienced enthusiast looking to refine your graph algorithm skills, this tutorial is perfect for you! Mr. Abdi Adem will present the concepts in a clear and engaging manner, making complex graph algorithms approachable for all attendees. ๐ช๐ก
Get ready to embark on a captivating journey as we explore the world of graphs and elevate your algorithmic thinking to new heights!
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #GraphAlgorithms #GraphTheory #ShortestPathAlgorithms #MinimumSpanningTrees #KruskalsAlgorithm #PrimsAlgorithm #CodingTutorial #AlgorithmExpert #ProblemSolving #CodingEnthusiasts
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Forwarded from EtCPC - Ethiopian Collegiate Programming Community (iris)
|ETCPC
๐ข Calling all coding enthusiasts! ๐ฅ๏ธ๐ป
๐ข Join us for an informative tutorial on Dynamic Programming! ๐๐ข
๐๏ธ Date: Sun, 20 Aug, 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Yohannes Melese, an experienced programmer and Dynamic Programming expert.
๐ฅ Don't miss this incredible opportunity to dive into the world of Dynamic Programming and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will explore the power of Dynamic Programming and its applications in solving complex problems efficiently. The session will cover the following topics:
1. Fibonacci Numbers:
Discover the beauty of Fibonacci sequences and learn how Dynamic Programming can be used to compute Fibonacci numbers efficiently. Unravel the secrets behind this famous sequence and witness the magic of optimized calculations. ๐ธ๐ข
1. Longest Common Subsequence (LCS):
Delve into the realm of sequence matching and unravel the mysteries of finding the Longest Common Subsequence. Explore how Dynamic Programming can be applied to efficiently solve this problem, unlocking the potential for various applications such as DNA sequence analysis and text comparison. ๐งฌโจ
1. Knapsack Problem:
Embark on a journey of optimization as we tackle the Knapsack Problem. Learn how Dynamic Programming techniques can help us maximize value while considering limited capacity. Discover strategies to efficiently solve this classic problem, making informed decisions on item selection and resource allocation. ๐๐ก
1. Matrix Chain Multiplication:
Enter the realm of matrices and explore the fascinating Matrix Chain Multiplication problem. Learn how Dynamic Programming can be employed to determine the optimal order of multiplication, minimizing computational complexity and maximizing efficiency. ๐งฎโ๏ธ
1. Dynamic Programming Optimization:
Dive into the world of optimization techniques within Dynamic Programming. Explore strategies like memoization, tabulation, and bottom-up approaches to optimize your solutions further. Unleash the true potential of Dynamic Programming by mastering these optimization techniques. ๐๐
Whether you're a beginner looking to expand your coding knowledge or an experienced programmer aiming to sharpen your algorithmic thinking, this tutorial is perfect for you! Mr. Yohannes Melese will present the concepts in a clear and engaging manner, ensuring that all attendees can grasp the material easily. ๐๐ป
Get ready to unlock the power of Dynamic Programming and witness how it revolutionizes problem-solving.
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #DynamicProgramming #ProblemSolving #CodingTutorial #AlgorithmicThinking #CodingEnthusiasts
๐ข Calling all coding enthusiasts! ๐ฅ๏ธ๐ป
๐ข Join us for an informative tutorial on Dynamic Programming! ๐๐ข
๐๏ธ Date: Sun, 20 Aug, 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Yohannes Melese, an experienced programmer and Dynamic Programming expert.
๐ฅ Don't miss this incredible opportunity to dive into the world of Dynamic Programming and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will explore the power of Dynamic Programming and its applications in solving complex problems efficiently. The session will cover the following topics:
1. Fibonacci Numbers:
Discover the beauty of Fibonacci sequences and learn how Dynamic Programming can be used to compute Fibonacci numbers efficiently. Unravel the secrets behind this famous sequence and witness the magic of optimized calculations. ๐ธ๐ข
1. Longest Common Subsequence (LCS):
Delve into the realm of sequence matching and unravel the mysteries of finding the Longest Common Subsequence. Explore how Dynamic Programming can be applied to efficiently solve this problem, unlocking the potential for various applications such as DNA sequence analysis and text comparison. ๐งฌโจ
1. Knapsack Problem:
Embark on a journey of optimization as we tackle the Knapsack Problem. Learn how Dynamic Programming techniques can help us maximize value while considering limited capacity. Discover strategies to efficiently solve this classic problem, making informed decisions on item selection and resource allocation. ๐๐ก
1. Matrix Chain Multiplication:
Enter the realm of matrices and explore the fascinating Matrix Chain Multiplication problem. Learn how Dynamic Programming can be employed to determine the optimal order of multiplication, minimizing computational complexity and maximizing efficiency. ๐งฎโ๏ธ
1. Dynamic Programming Optimization:
Dive into the world of optimization techniques within Dynamic Programming. Explore strategies like memoization, tabulation, and bottom-up approaches to optimize your solutions further. Unleash the true potential of Dynamic Programming by mastering these optimization techniques. ๐๐
Whether you're a beginner looking to expand your coding knowledge or an experienced programmer aiming to sharpen your algorithmic thinking, this tutorial is perfect for you! Mr. Yohannes Melese will present the concepts in a clear and engaging manner, ensuring that all attendees can grasp the material easily. ๐๐ป
Get ready to unlock the power of Dynamic Programming and witness how it revolutionizes problem-solving.
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #DynamicProgramming #ProblemSolving #CodingTutorial #AlgorithmicThinking #CodingEnthusiasts
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Forwarded from EtCPC - Ethiopian Collegiate Programming Community (iris)
|ETCPC
๐ฃ Attention all coding enthusiasts! Join us for an exciting tutorial on Greedy Algorithms! ๐๐ป
๐๏ธ Date: Sunday, 27 Aug 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Yohannes Melese, an experienced programmer and expert in Greedy Algorithms.
๐ฅ Don't miss this incredible opportunity to explore the world of Greedy Algorithms and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will delve into the power of Greedy Algorithms and their applications in solving optimization problems. The session will cover the following topics:
1. Activity Selection Problem:
Discover the elegance of the Activity Selection Problem and how Greedy Algorithms can efficiently schedule activities for maximum productivity. Learn how to make optimal choices at each step, resulting in an overall optimal solution. ๐ โฑ๏ธ
1. Fractional Knapsack Problem:
Embark on a journey of optimization as we explore the Fractional Knapsack Problem. Discover how Greedy Algorithms can help us maximize value while considering item weights and limited capacity. Learn the strategy of selecting items with the highest value-to-weight ratio to achieve an optimal solution. ๐๐ฐ
1. Huffman Encoding:
Enter the realm of data compression as we dive into Huffman Encoding. Explore how Greedy Algorithms can be used to construct efficient prefix codes, minimizing the total encoded length. Uncover the secrets of optimal encoding and decoding, resulting in space-efficient data representation. ๐๐พ
Whether you're a beginner or an experienced programmer, this tutorial is designed to enhance your problem-solving skills. Yohannes Melese will present the concepts in a clear and engaging manner, making it easy for all attendees to grasp the material. ๐๐ก
Get ready to unlock the power of Greedy Algorithms and witness how they revolutionize optimization problem-solving.
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #GreedyAlgorithms #ProblemSolving #CodingTutorial #Optimization #CodingEnthusiasts
๐ฃ Attention all coding enthusiasts! Join us for an exciting tutorial on Greedy Algorithms! ๐๐ป
๐๏ธ Date: Sunday, 27 Aug 2023
โฐ Time: 7:30 PM [1:30 Evening LT]
๐๏ธ Speaker: Mr. Yohannes Melese, an experienced programmer and expert in Greedy Algorithms.
๐ฅ Don't miss this incredible opportunity to explore the world of Greedy Algorithms and enhance your problem-solving skills! ๐ช๐ก
In this tutorial, we will delve into the power of Greedy Algorithms and their applications in solving optimization problems. The session will cover the following topics:
1. Activity Selection Problem:
Discover the elegance of the Activity Selection Problem and how Greedy Algorithms can efficiently schedule activities for maximum productivity. Learn how to make optimal choices at each step, resulting in an overall optimal solution. ๐ โฑ๏ธ
1. Fractional Knapsack Problem:
Embark on a journey of optimization as we explore the Fractional Knapsack Problem. Discover how Greedy Algorithms can help us maximize value while considering item weights and limited capacity. Learn the strategy of selecting items with the highest value-to-weight ratio to achieve an optimal solution. ๐๐ฐ
1. Huffman Encoding:
Enter the realm of data compression as we dive into Huffman Encoding. Explore how Greedy Algorithms can be used to construct efficient prefix codes, minimizing the total encoded length. Uncover the secrets of optimal encoding and decoding, resulting in space-efficient data representation. ๐๐พ
Whether you're a beginner or an experienced programmer, this tutorial is designed to enhance your problem-solving skills. Yohannes Melese will present the concepts in a clear and engaging manner, making it easy for all attendees to grasp the material. ๐๐ก
Get ready to unlock the power of Greedy Algorithms and witness how they revolutionize optimization problem-solving.
We eagerly anticipate your active participation in this enriching tutorial!
For any inquiries or further information, please contact us on Telegram @etcpc_support.
#ETCPC #GreedyAlgorithms #ProblemSolving #CodingTutorial #Optimization #CodingEnthusiasts
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