Abhinav Prakashabhinav-beepp.hashnode.dev·Jul 17, 2024Day 3 Guide: Introduction to Virtual MachinesUnderstanding efficiency with a real world example Situation 1: Assume that there is a 1 acre land in which you build your own house and keep the whole resources such as electricity, water etc. to yourself and plan to consume it personally. (Ineffic...DiscussDevOps Zero to Herovirtual machine
Kratika Saraswatkratikasaraswatblogs.hashnode.dev·May 23, 2024Maximizing Efficiency and Growth: Understanding CRM and ERP Systems.In today’s rapidly evolving business landscape, staying competitive requires more than just a quality product or service. Companies must also be adept at managing their internal processes, customer relationships, and overall operations. This is where...Discuss·44 readsBlogs
StazProk8staz.com·Apr 18, 2024How to Optimize EC2 Costs with Auto-Scaling in Kubernetes Using Karpenter on EKSTL;DR — Optimizing EC2 costs in Kubernetes using Karpenter on AWS EKS involves leveraging auto-scaling features to adjust resource allocation dynamically, reducing operational costs. Key steps include setting up Karpenter, configuring NodeClass and N...Discuss·2 likes·114 readsEKS
Ayesha Irshadayeshairshad.hashnode.dev·Jul 24, 2023Unraveling the Efficiency Enigma: Big O of Log N ExplainedIntroduction In the realm of algorithm analysis, Big O notation serves as a guiding light for developers seeking to optimize the efficiency of their code. Big O of Log N, denoted as O(log N), represents a logarithmic time complexity, implying that an...Discuss#BigONotation
Ayesha Irshadayeshairshad.hashnode.dev·Jul 23, 2023Demystifying Big O of N^2: Understanding Quadratic Time ComplexityIntroduction In the realm of algorithm analysis, Big O notation plays a crucial role in quantifying the efficiency of various algorithms. Big O of N^2, denoted as O(N^2), represents a quadratic time complexity, indicating that the performance of an a...Discuss#big o notation
