This short document promotes creating presentations using Haiku Deck, a tool for making slideshows. It encourages the reader to get started making their own Haiku Deck presentation and sharing it on 際際滷Share. In a single sentence, it pitches presentation creation software.
Tarik Mehmet has over 15 years of experience in various administrative, data entry, and customer service roles. He has strong organizational skills and attention to detail, and has worked with confidential information and large volumes of data. His past roles include temporary positions at Ofgem entering data, Deepstore organizing storage containers, and Dairy Crest filing driver invoices. He also has experience in customer service, sales, and administration at Safe Solar, City Hall Westminster Council, Royal Bank of Scotland, and the Co-op supermarket. Tarik is proficient in Microsoft Office programs and has a diploma in computing. He is looking for new opportunities where he can utilize his skills.
User-centered design (UCD) is an approach that grounds the entire design process in information about the intended users of a product. UCD focuses on users through planning, design, and development. It is a framework that gives extensive attention to the needs, wants, and limitations of end users at each stage of design. User testing is conducted at various stages to validate assumptions about user behavior and create a feedback loop to modify the original requirements. The key difference is that UCD aims to optimize the product around how users will actually use it, rather than requiring users to change their behavior to fit the product.
This document discusses schematic eyes and cardinal points. It provides an overview of different types of schematic eyes including paraxial and finite models. Paraxial eyes are simplified models useful for basic calculations while finite eyes are more accurate by including aspheric surfaces. The document also describes the six cardinal points - focal points, principal points, and nodal points - which define the optical properties and image formation of an eye. It explains how the locations of these points change under different conditions like aphakia. In summary, the document provides a comprehensive overview of schematic eye models and the important cardinal points used to analyze the optical performance of the eye.
The retina has 10 layers and contains photoreceptors that convert light into neural signals. The macula contains the highest density of cones and allows for sharp central vision. The fovea within the macula contains only cones laid out single file, allowing for the highest visual acuity. Photoreceptors synapse with bipolar and horizontal cells in the outer plexiform layer. The retinal pigment epithelium supports the photoreceptors and forms the blood-retina barrier.
Marilyn Leask: University of Bedfordshire EduSkills OECD
油
This document summarizes Professor Marilyn Leask's presentation on making online collaboration work through examples and challenges. It discusses communities she helped launch for educators in the UK and Europe from 1995-2010, funded by various government and university sources. Key lessons included ensuring communities have a clear purpose that engages members, easy-to-use technology, facilitation of high-quality content, and integrating use into members' work through appraisals and job descriptions. The document also briefly defines the evolution of the web and concepts like semantic web and augmented reality, and provides statistics on communities launched for public services and education.
In this guide Thijs Viguurs covers Personalized Video.
What's it? How to avoid the four most common pitfalls? Where do you use it for? What is the difference between Rendered and Layered? And much more!
The guide is written for for Marketers, Productmanagers, Procurement staff, Videomanagers, Projectmanagers, Senior management and others who are involved in ordering and managing Personalized Video.
This document discusses schematic eyes and cardinal points. It provides an overview of different types of schematic eyes including paraxial and finite models. Paraxial eyes are simplified models useful for basic calculations while finite eyes are more accurate by including aspheric surfaces. The document also describes the six cardinal points - focal points, principal points, and nodal points - which define the optical properties and image formation of an eye. It explains how the locations of these points change under different conditions like aphakia. In summary, the document provides a comprehensive overview of schematic eye models and the important cardinal points used to analyze the optical performance of the eye.
The retina has 10 layers and contains photoreceptors that convert light into neural signals. The macula contains the highest density of cones and allows for sharp central vision. The fovea within the macula contains only cones laid out single file, allowing for the highest visual acuity. Photoreceptors synapse with bipolar and horizontal cells in the outer plexiform layer. The retinal pigment epithelium supports the photoreceptors and forms the blood-retina barrier.
Marilyn Leask: University of Bedfordshire EduSkills OECD
油
This document summarizes Professor Marilyn Leask's presentation on making online collaboration work through examples and challenges. It discusses communities she helped launch for educators in the UK and Europe from 1995-2010, funded by various government and university sources. Key lessons included ensuring communities have a clear purpose that engages members, easy-to-use technology, facilitation of high-quality content, and integrating use into members' work through appraisals and job descriptions. The document also briefly defines the evolution of the web and concepts like semantic web and augmented reality, and provides statistics on communities launched for public services and education.
In this guide Thijs Viguurs covers Personalized Video.
What's it? How to avoid the four most common pitfalls? Where do you use it for? What is the difference between Rendered and Layered? And much more!
The guide is written for for Marketers, Productmanagers, Procurement staff, Videomanagers, Projectmanagers, Senior management and others who are involved in ordering and managing Personalized Video.