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First published in 2010JavaScript (Computer program language) Javascript (computer program language) JavaScript (Computer language) JavaScript
4 editions -
First published in 2014Using stride tricks with NumPyImplementing an efficient rolling average algorithm with stride tricks; Making efficient array selections in NumPy; Processing huge NumPy arrays with memory mapping; Manipulating large arrays with HDF5 and PyTables; Manipulating large heterogeneous tables with HDF5 and PyTables; Chapter 5: High-performance Computing; Introduction; Accelerating pure Python code with Numba and Just-In-Time compilation; Accelerating array computations with Numexpr; Wrapping a C library in Python with ctypes; Accelerating Python code with Cython.Choosing (or not) between Python 2 and Python 3Efficient interactive computing workflows with IPython; Learning the basics of the distributed version control system Git; A typical workflow with Git branching; Ten tips for conducting reproducible interactive computing experiments; Writing high-quality Python code; Writing unit tests with nose; Debugging your code with IPython; Chapter 3: Mastering the Notebook; Introduction; Teaching programming in the notebook with IPython blocks; Converting an IPython notebook to other formats with nbconvert; Adding custom controls in the notebook toolbar.a piano in the notebook; Creating a custom JavaScript widget in the notebook
2 editions, 1 ebook -
13. The nuts and bolts of JavaScript3. Proper planning prevents poor page performanceFirst published in 1998
6 editions, 3 ebooks -
Computer system performance System Performance and Evaluation
First published in 2013A Lightweight Task Graph Scheduler for Distributed High-Performance Scientific Computing.Distributed Evolutionary Computing System Based on Web Browsers with JavaScriptUsing State-of-the-Art Sparse Matrix Optimizations for Accelerating the Performance of Multiphysics Simulations
2 editions -
High level programming languages
First published in 200517. Using JavaScript and ColdFusion together2. Monitoring system performance1. Understanding high availabilityPart 1. Creating high availability applications
2 editions -
First published in 2012Chapter 1. Why Mongo? The Problem of Objects and Relational Data Structures; The Problem with ORMs; ORMs Are Hairy and Complex; ORMs Aren't Performant; ORMs Neutered SQL; Complicated Architecture; PHP Is Mostly CRUD; MongoDB, Optimized for Operation; MongoDB Is a Document Database; Document == Array; Databases; Collections; Documents; MongoDB Is Optimized for CRUD Operations; Optimal Interface for Developers; Optimal Performance; Optimal Simplicity; The Value of ConsistencyAdding a ValueAppending a Value to an Array; Upsert and Multiple; Saving a Document; Deleting a Document; The MongoDB Shell; mongo; Using the Shell; Shell Is JavaScript; Administrative Commands; Working with Sets; Querying Sets; Finding (Querying) Data in MongoDB; Pagination with the Cursor; Ranges; Working with Arrays; Finding a Value in an Array; in; nin; all; Matching Entire Arrays; slice; size; elemMatch; Using Dot Notation; Conditionals; Working with Multiple Documents; Updating Multiple Records; Deleting Multiple Records; Working with Indexes; Setting Indexes; Index Order; About Indexes.High AvailabilityWhy Three Nodes?; Really Easy Configuration; Checking the Replica Set Status; Sharding; Gotchas; The Problem; The Array!= Array Problem; Request Injection Attacks
2 editions -
Javascript (computer program language)
1.3. High-level Overview of Angular Page 8 6.3. A High-level Overview of Change Detection Page 194 Performance improvements Page 14 1.2. High-level Overview of AngularJS Page 5 1.1. A Sampler of JavaScript Frameworks and Libraries Page 2 First published in 2017
2 editions, 1 ebook -
First published in 2012Hybrid Obfuscated Javascript Strength Analysis System for Detection of Malicious WebsitesSmart Ring: A Model of Node Failure Detection in High Available Cloud Data CenterThe Performances Study of EDCF with Block Ack in WLANsImproving the Performances of Internet-Based Marketplace for Technology: A Korean Case StudyDemystifying Performance Predictions of Distributed FFT3D ImplementationsOn Dynamic Communication Performance of a Hierarchical 3D-Mesh Network
3 editions
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