The Pomodoro Technique [1] What is the Pomodoro Technique? Pomodoro is a technique for increasing productivity and focus by getting yourself into a state a Flow. Basic requirements ① A kitchen timer 1. Choose a task you’d like to get done 2. Set the Pomodoro for 25 minutes 3. Work on the task until the Pomodoro rings 4. When the Pomodoro rings, put a checkmark on a paper 5. Take a short break monitoring how many Pomodoros you need in order to accomplish a specific task 2. Learn to protect your Pomodoro from the internal and external interruption 3. Make accurate estimations of how many Pomodoros

Transformation Agility Health Radar 1 Lisa Zentz Likeable Business (book review) 0 Mike Ballou Pomodoro Technique 4 Steve Barr DevOps: A Horse's Perspective 1 Kyle Baardson Scrum - Doing Twice the Work 2015 Vote Tally Darin Plum Agile Coaching 5 Shawn Stumme Continuous Delivery 4 Mike Ballou Pomodoro Technique 4 Mark Staroska Story Points 4 Jason Wohlgemuth Agile Front-end Automation 4 Kyle Baardson

Lisa Zentz Likeable Business (book review) Mike Ballou Pomodoro Technique Steve Barr DevOps: A Horse's Perspective Kyle Baardson Scrum - Doing Twice

dcaches - Use rational approximations for transcendentals (exp, tanh, erf, etc) - very general technique, allows clean vectorization - Related work in Gibiansky (2017), Gray (2019), et al. Image from

Software Engineering Mike Ballou“There is no single development, in either technology or management technique, which by itself promises even one order-of- magnitude improvement within a decade in productivity

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and its constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and its constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and its constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and its constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and its constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel