2017/1/15(日)に名古屋で開催した OthloEvent #9 [学生限定Xamarinハンズオン] OthloTech x Microsoft Student Partners x JXUG学生支部
https://othlotech.connpass.com/event/45888/
で発表した資料です。
The Coachmen Prism RV series is designed for maximum fuel efficiency and minimal environmental impact through features like the Mercedes Sprinter chassis, LP generator, and composite sidewalls. It allows occupants to enjoy the outdoors with elements like exterior speakers and a power awning. The Prism provides comfort and functionality on trips through amenities such as large televisions, durable cabinetry, and solid surface countertops.
The Coachmen Prism RV series is designed for maximum fuel efficiency and minimal environmental impact through features like the Mercedes Sprinter chassis, LP generator, and composite sidewalls. It allows occupants to enjoy the outdoors with elements like exterior speakers and a power awning. The Prism provides comfort and functionality on trips through amenities such as large televisions, durable cabinetry, and solid surface countertops.
This document summarizes a student's science fair project that tested which type of bread (white, wheat, or rye) would mold the fastest when exposed to moisture. The student placed slices of each type of bread in ziplock bags with water and observed them daily. Their data showed that wheat bread molded first on average in 5 days, followed by white bread at 6 days, and rye bread molded last on average in 12 days. Thus, the student's hypothesis that wheat bread would mold fastest was confirmed.
Ian Smith from www.irascian.com gives the Silverlight UK User Group, his thoughts on PRISM and its usage with Silverlight.
This presentation was given on 29th September 2009 at the EMC Consulting offices in London.
PRiSM is a project sustainability methodology that focuses on integrating sustainability initiatives into project delivery processes to achieve business objectives while decreasing environmental impact. It highlights five areas of sustainability and core project phases. PRiSM incorporates best practices from other frameworks like PMBOK and ISO 14001, focusing on how to practically apply sustainability concepts to projects. Key features include a sustainability management plan to measure impacts on people, planet and profit, and an impact analysis to assess risks from "cradle to grave". Taking a PRiSM course provides knowledge and tools to integrate project and sustainability management practices using a case study approach.
1. Prisms deviate light towards their apex. The angle of deviation depends on the prism's refracting angle, the light's angle of incidence, and the prism material's refractive index.
2. Prisms form an erect, virtual image that is laterally displaced towards the apex.
3. Ophthalmic prisms are calibrated according to Prentice's position, where the incidence angle is zero, deviating light entirely at the second surface.
This document discusses prisms, their properties, and uses in optometry. It defines key prism terminology like apex, base, axis, and apical angle. It explains how prisms refract light and cause deviation according to Snell's law. Prisms are used clinically for diagnosing and managing eye alignment conditions like esotropia. They help measure deviation angles and correct angles of deviation. Prisms are also used in ophthalmic instruments like slit lamps and microscopes due to their light reflecting properties.
Prisms are used in ophthalmology to deviate light and measure eye alignment and vision. They have several key properties: they deviate light without changing its vergence, displacing the image towards the base. Prism power is measured in prism diopters and can be used to calculate the amount of deviation induced by lenses. There are several types of prisms including dispersive, polarizing, and reflecting prisms that are used in instruments and to diagnose and treat various eye conditions like deviations, visual field defects, and degenerative diseases.
This document discusses prisms and their effects on light refraction. It begins by explaining how a prism deflects light toward its base, causing the perceived image to shift toward the apex. Various prism properties are then defined, such as prism diopters used to measure deviation. The document also covers using prisms in lenses to create decentralization by shifting the optical center. It provides an example calculation for applying a prism to a plus lens to achieve a desired 5mm nasal decentralization. By adding a prism with a 2.2 prism diopter nasal base, the optical center is shifted as needed.
This document discusses recommendation techniques for implicit feedback datasets. It begins with an introduction to recommendation 101, distinguishing between explicit feedback (e.g. ratings) and implicit feedback (e.g. purchases). It then covers matrix factorization, factorization machines, and Bayesian probabilistic ranking (BPR) as techniques for modeling implicit feedback. Matrix factorization represents users and items as vectors in a shared latent factor space. Factorization machines extend this to model feature interactions. BPR samples positive and negative item pairs for each user and optimizes rankings with a pairwise loss function.
Ophthalmic prisms are used both diagnostically and therapeutically in optometry. A prism is defined as a portion of a refracting medium with two plane surfaces that meet at an angle. When light passes through a prism, it is deviated towards the base according to Snell's law. Prisms can be used to measure eye alignment and fusional reserves. Therapeutically, prisms are used to relieve diplopia and build convergence. Fresnel prisms are thin, flexible prisms often used for temporary treatment. Prism power is measured in prism diopters and may require vector addition for corrections in multiple axes.
2018年5月23日 Wireless Japan 講演資料です。
昨今各社プラットフォームの急速な対応により普及が見込まれるPWA(Progressive Web Apps)について、その動作のしくみを紐解きながら、既存Webサイトからの「PWA対応」やアプリとしての「PWA実装」への勘所を解説します。