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#GHC13. User Experience and Power Requisites for Product Design. Pallavi Sharma Sarah Kalicin Shibani Kapoor. 2013. UX in Mobile. UX in Mobile. UX in Mobile. UX in Mobile. UX in Mobile. UX in Mobile. Purpose. Exploring the path of user centered approach to product design
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#GHC13 User Experience and PowerRequisites for Product Design Pallavi Sharma Sarah Kalicin Shibani Kapoor 2013
Purpose Exploring the path of user centered approach to product design Envisioning the product innovations built upon low power envelopes Recognizing that together power and user experience are two salient verticals for any effective product design Disclaimer: The views and opinions expressed in this presentation are those of the author(s) and do not represent the views or opinions of Intel Corp.
Evolution of Computing Evaluation Past Present Future
Evolution of Computing Evaluation Performance Past Present Future
Evolution of Computing Evaluation Performance Performance Power Past Present Future
Evolution of Computing Evaluation Performance Performance Performance Power Power UX Past Present Future
Evolution of Computing Evaluation ? Performance Performance Performance Performance Power UX Power Power UX Past Present Future
What should we discuss? • Propose a topic • Use the jar of questions
Summary • Define a great experience • Enabling future innovations depends on engineers that can deliver rich fulfilling experiences to the constantly connected user • Evaluate the experience • Product development teams have to find ways to quantify and qualify their products for both power consumption and user experience • Balance for the right experience • Holistic product development approach targeting low power consumption along with excellent user experiences
Contact Us • Pallavi Sharma • Software Architect • Intel Platform Evaluation and Competitive Assessment • pallavi.sharma@intel.com • Sarah Kalicin • Sr. Statistician • Intel Platform Evaluation and Competitive Assessment • sarah.kalicin@intel.com • Shibani Kapoor • User Experience Researcher • Intel eXperience Research Labs • shibani.kapoor@intel.com shibani.kapoor@gmail.comshibsisme
Limits on Human Factors and Computer Energy Characterization Energy Consumption lower bound = 10-21Jln2 • Sensory Perception-based Limits • Visual • Auditory • Energy Characterization • Power measurements/ breakdown • Visual Interfaces • GUI • Visual Inputs • Auditory Interfaces • Direct recording • Direct Playback • Speech • Manual Input (Text Entry) • Input/Output Speed • Speaking • Listening • Reading • Text Entry • Touch Entry • Components • Hardware • Communication Design • Software Design • Interface Design Zhong, Lin and Jha, Niraj K (2005) Energy Efficiency of Handheld Computer Interfaces: Limits, Characterization and Practice. In Proc. USENIX/ACM Int. Conf.
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