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2013 First Call for Papers V4.Qxd

2013 First Call for Papers V4.Qxd

FIRST CALL FOR PAPERS SID 2013 Society for Information Display INTERNATIONAL SYMPOSIUM, SEMINAR & EXHIBITION May 19 – 24, 2013 VANCOUVER CONVENTION CENTER VANCOUVER, BRITISH COLUMBIA, CANADA SID SOCIETY FOR INFORMATION DISPLAY

www.displayweek.org SPECIAL TOPIC ON 3D: Display technologies for Special Topics enabling in viewers, applications for 3D displays, 3D content generation, measurement and characterization of 3D systems, and their human fac- The Display Week 2013 Symposium will be placing tors. This year a stereoscopic projection system will be special emphasis on five Special Topics of Interest to available in the 3D sessions to enable presenters to address the rapid growth of the field of information show 3D footage to complement their talks. display in the following areas: OLED TV, Oxide TFTs, • 3D TV 3D, Lighting, and Touch and Interactivity Submis- • Mobile 3D Systems sions relating to these special topics are highly encour- aged. • Autostereoscopic and Multi-View Displays • Directional Backlights SPECIAL TOPIC ON OLED TV: This Special Topic will • Volumetric Displays cover specialized for TV applications. • Technologies & Algorithms Submissions on all aspects of advanced OLED TV • Integral technologies are encouraged, including novel device structures, backplane technologies, manufacturing • Novel 3D Display Approaches processes, deposition techniques, mask fabrication, • -Based Stereoscopic Displays: , encapsulation, driving methods, and next-generation , and -Separation Based applications. • Characterization of 3D Displays: Crosstalk, Luminance Uniformity, etc. • Device Structure of OLEDs (Specialized in High Efficiency, Reliability, etc.) • Human Depth Perception, Comfort, or Performance When Viewing Displays • Backplane Technologies for OLED TV • Applications for 3D Displays • Novel OLED Manufacturing Processes for OLED TV • 3D Cinema • Deposition Technology for OLED TV • 3D Gaming, and Interactivity • Mask-Fabrication Technology for OLED TV • 3D Content Generation and Conversion: Animated • Novel Encapsulation Technology for OLED TV , Games, etc. • Driving Methods for OLED TV • Light-Field Displays and Computation • Next-Generation TV Applications (Flexible, Transparent, etc.) • Capturing 3D: Stereoscopic , Plenoptic Cameras, and Multi- Systems SPECIAL TOPIC ON OXIDE TFTs: Advancements and manufacturing issues related to oxide semiconduc- SPECIAL TOPIC ON LIGHTING: Advancements in tors thin- transistors, along with new opportunities the LED and OLED industries open up new opportuni- for increased device performance, greater TFT integra- ties to increase the perception of reality. Submissions tion at the systems level, and innovative applications on all aspects of solid-state lighting are encouraged, and products. Submissions on all aspects of oxide TFTs including: are encouraged, including, but not limited to: • Novel Lighting Systems and Sources • Novel Oxide Materials • Solid-State Lighting including OLED and LED • Device Structures and Processing Techniques • Optical Methods • Solution Processing of Oxides and Ink-Jet Printing of • Flat Illumination Panels TFTs • Illumination Systems • Bias, Thermal, Optical, and Environmental Stability and Reliability of TFTs • Ambient Lighting and Display Interaction • TFT Device Physics,Compact Modeling, and • Lighting Measurements Parameter Extraction Circuits • Display Backlights • Design and Compensation Techniques for • Novel Lighting-Control Electronics Instability and Non-Uniformity in Pixelated Arrays • Oxide TFT Sensors and Applications • Integration on Flexible Substrates and Novel Applications • Towards Systems-on-Panel and Very-Large-Scale Integration SPECIAL TOPIC ON TOUCH AND (1) ACTIVE-MATRIX DEVICES: Advances in the inno- INTERACTIVITY: Advances in touch-screen technolo- gies, applications, driving electronics, system integra- vative development and implementation of active- tion, and human interactions. The advanced materials matrix electronics into displays and other devices. and process technologies associated with touch Differences between each subcommittee have design and applications will also be covered. become blurred because novel technologies involve various aspects. Active-Matrix Devices focus on TFTs • Advanced User Interfaces themselves, their circuit design and application, includ- • Multi-Touch Systems ing TFTs electrical/optical characteristics, reliability, • Novel Touch Configurations & Applications new structures, and processing. • Materials and Process Technologies • Fine, Slim, High, or Wide: At the Physical Limits of • Driver Electronics, Subsystems, and Algorithms Active-Matrix Displays • Touch-Performance Evaluation, Methodology, and • Oxide TFTs and Display Circuits Standardization • Sensor Integrated Active-Matrix Displays • High-Frame-Rate Driving for Field-Sequential As growing and multi-faceted fields, work relating to Color and 3D Displays these topics can fit under a number of different topics, • Novel TFTs and Processing Techniques including Active-Matrix Displays, Applied Vision/ Human Factors, Display Applications, Display • Active Matrix for Flexible Displays Electronics, Display Manufacturing, Display Measure- • Ultra-Low-Power Active-Matrix Displays ments, Display Systems, Emissive Displays, e-Paper • New AMOLED and Backplanes and Flexible Displays, Liquid-Crystal and Other Non- • Active-Matrix Mobile Displays Emissive Displays, OLEDs, Projection, and Touch and • System-on-Glass (SOG) Interactivity. While the special topics sessions will be arranged in a unified program for the benefit of atten- dees, authors should indicate the appropriate topical (2) APPLICATIONS: Papers are sought that discuss track for their abstract in addition to special topic unique and innovative applications of all varieties of designation (if any). display technologies for the consumer, industrial, entertainment, commercial, and military fields. • Solid-State Lighting Symposium Topics • 3D, Stereoscopy, and • Environmentally Friendly (Green) Displays The Society for Information Display (SID) encourages • Touch and Interactive Display Applications the submission of original papers on all aspects of the • Mobile Displays (Smartphones, Tablets, & eReaders) research, engineering, application, evaluation, and • Near-to-Eye Displays utilization of displays. Display Week 2013 will feature topical sessions that focus specifically on selected • Virtual and issues or key developments. Paper submissions are • Avionics and Automotive welcome for any of the general symposium topics or • Kiosks, Signage, Transparent, and Tiled Displays any of the specific topical sessions listed below. • , Entertainment, Gaming, and TV The Society plans to include coverage of every • Medical Displays aspect of display technology and applications, espe- cially the emergence of 3D TV. Special attention will • Ruggedized Displays for Harsh Environments also be given to all aspects of novel input technologies • Multi-Modal Display User Interface (e.g., for displays. Papers are solicited in all aspects of Auditory Displays) motion-image technology, including device technology • Display Software Applications (e.g., Image (LCD, OLED, PDP, projector, etc.) and related system Enhancement) technology. Papers are also solicited in the area of • Novel and Emerging Applications technology development that enables lower-power- consumption and higher-performance display devices for battery-powered applications (mobile phones, tablets, e-books, etc.). • Display Materials including Substrates, Films, (3) APPLIED VISION / HUMAN FACTORS: All Adhesives, and Consumables aspects of vision, perception, and human factors as they apply to the design, image quality, and usability • Manufacturing Equipment for Front- and Back-End of all types of visual display systems. Processing including Packaging, Encapsulation, Interconnect, Assembly, and Roll-to-Roll Processing • Stereoscopic and 3D Display Perception • In-line Manufacturing Test, Repair, and Metrology • Lighting and Adaptation • Manufacturing Productivity • Display-Centric Interaction • Display Perception and Image Quality (6) DISPLAY MEASUREMENT: Characterization and measurements of displays and display components. (4) DISPLAY ELECTRONICS: Circuits (integrated or • Optical Characterization and Measurement of otherwise) for displays, image- and -processing algorithms, and electronic components for 3D Displays displays. • Optical Characterization and Measurement of Display • Driving Schemes, Algorithms, and Systems for Low- Materials and Components Power and Low-Cost Systems (Green Technology) • Latest Advancements in Display Measurements and • Advanced Driving Schemes and Architectures for Display-Measurement Standards Higher-Resolution Displays • Optical Property Modeling of Display Technologies • Advanced Driving Schemes and Architectures for • Characterization of Perceptible Display AMOLED Displays Phenomena, including Content-Dependent Artifacts • Color-Correction and -Tuning • Evaluation of Measurement Methods for Display Technologies for Better Optical Performance Applications • High-Refresh-Rate Displays for Motion-Blur • Calibration and Verification of Instrumentation Reduction and 3D Display Implementation • Video and Image Processing (7) DISPLAY SYSTEMS: Novel integration of displays • Backlight-Control Electronics into specialized devices, as well as system-level • High-Dynamic-Range Technologies aspects of electronic displays. • System-on-Panel and Integrated-Circuits–on– Panel • Wearable, Near-to-Eye, and Augmented Displays Using TFTs (a-Si:H, LTPS, HTPS, Oxide TFTs, etc.) • Transparent Displays • Electronics for Emerging Displays • Novel Displays • Display Systems (5) DISPLAY MANUFACTURING: Materials, process, • Ultra-Low-Power Displays and equipment developments for the manufacturing • Interactive Display Systems and assembly of display panels and display compo- • Gaming Displays nents • Ultra-Resolution Home-Entertainment Systems • Advances in Manufacturing Materials and Processing (including Thin Glass, Roll-to-Roll, and Ink-Jet • Cell Phones, Music Players, eReaders, and Other Printing) to Enable New Applications and Cost-Down Mobile Displays of OLED TVs and 3D Displays • Avionics, Automotive, Shipboard, Simulator, and • Manufacturing of OLED and Other Emissive Display Military Displays Panels (including PDPs, PLEDs, ELs, and FEDs) • Signage • Manufacturing of AMLCDs and of Other LCD Panels • Backlight Systems • Manufacturing of e-Paper and of other Reflective • Backlight Components Displays (such as Electrophoretic, Electrowetting, • Dynamic Backlights / Local Dimming Electrochromic, and MEMS-Based Displays) • Color Sequential • Display Manufacturing Processes in Display Panel Assembly, Encapsulation, Interconnect, and Packaging, as well as Display Module Assembly (Bonding with Cover Glass, Touch) • Blue-Phase LCDs (8) EMISSIVE DISPLAYS: All aspects of emissive displays, including PDPs, field-emission displays, • LCDs for Mobile Applications light-emitting diodes, quantum-dot displays, inorganic • Bistable Displays/LC-Based e-Paper EL displays, and field-emission lamps. Advances in • Reflective/Transflective Displays materials and processing of such devices including • Ferroelectric/Anti-Ferroelectric LCDs phosphors, quantum-dot materials, and field emitters • Alignment and Photoalignment Technologies are also sought. • Non-Emissive Displays for Digital Signage • Plasma-Display Panels • Microdisplays • Field-Emission Displays • Fast-Switching LCDs • Light-Emitting Diodes • LCD Modeling • Phosphors and Quantum-Dot Materials • Wide Viewing Angle • Inorganic EL Displays • Display Films • LCD Materials and Components (9) e-PAPER AND FLEXIBLE DISPLAYS: • Nanotechnology for LCDs All aspects of e-paper and flexible-display technolo- • Driving Mechanisms gies, including organic electronics and printed elec- tronics. e-paper covers electrophoretic/electrochromic/ • Photonics Optical Components for LCDs electrowetting displays, flexible Ch-LCDs, and other • Polymer Composites novel reflective displays. The scope is to capture • LC Technologies for 3D display and display components related to paper-like display technologies on novel materials. Advances directed at the development of substrates, fabrication, (11) ORGANIC LIGHT-EMITTING DIODES (OLEDs): transistors, printing, and novel deposition techniques, Papers are sought on display design and performance drive techniques, electro-optical effects, devices, of small–to–large-area panels, including OLED dis- manufacturing, and applications for flexible-display plays utilizing poly-Si, a-Si, microcrystalline silicon, technology, , and emerging display CMOS crystalline silicon, and emerging areas of technologies are sought. Work focusing on materials is organic TFTs and mixed-oxide transistors, including also welcome. This interdisciplinary topic will highlight ZnO-based materials. Papers that discuss the emerging technologies outside the paradigm of estab- progress and challenges for OLED display perform- lished LCD technologies. ance and manufacturing issues as compared to LCDs and plasma displays are of particular interest. • Electronic Paper Furthermore, papers on OLED signage and OLED • Flexible OLED Materials, Devices, & Displays lighting solutions are welcome. • MEMS and Other Non-Emissive Flexible Displays • OLED TV: Mobile and Large-Area Applications • Organic and Other Solution-Based TFTs, • Novel OLED Materials and Architectures Enabling Flexible Active-Matrix Backplanes Emerging OLED Displays • e-Paper and Materials including • Active- and Passive-Matrix OLED Display Technology Substrates, Films, Adhesives, and Barriers • Emerging OLED Displays • Integration, Packaging, Testing, and Reliability of • OLED Device and Materials Fundamentals e-Paper and Flexible Displays • Injection and Transport Mechanisms, Molecular • Flexible-Display Manufacturing of and Engineering, and Device Structure Equipment for Printed Electronics • OLED Stability and Degradation Mechanisms • Integrated Flexible Electronics • OLEDs Applications for Lighting • OLED Manufacturing (10) LIQUID-CRYSTAL AND OTHER NON- EMIS- • OLED Systems Packaging, Integration, and Cost SIVE DISPLAYS: Advances in the development of liq- Reduction uid-crystal and other passive-matrix displays, including electro-optical effects, materials, and devices. • LCDs for Advanced Monitors and TVs (12) PROJECTION DISPLAYS: Applications for pro- Format and Submission jection displays continue to grow as they continue to Requirements: Technical Summary dominate the large-screen market and become more common even for small images. Authors are invited to submit papers on all aspects of projection displays, Submissions must consist of two separate parts. The first part including components, finished projectors, complete should consist of a single page containing a 35–50 word projection systems, and projection applications. abstract. The second part should contain a 4-page technical Projectors of all types will be covered, including summary that follows the outline below. Please follow the fol- pico/micro/nano projectors, mainstream projectors, lowing instructions for the preparation of the Abstract and large-venue projectors, rear-projection-based cubes, Technical Summary. short-throw projectors, consumer rear projection, and 35-50 Word Abstract: Your submitted 35-50 word abstract, other designs for specific applications. Components of highlighting the key details of your paper, will be published in interest include microdisplays (SLMs), light sources, the Advance Program if your paper is accepted. The optical components, projection screens, etc. abstracts are usually edited to accommodate the program • Electronic Projection Systems Based on format. Microdisplays, Scanned , or Other Technical Summary: Include the first author's name and the Technologies title of the paper on each page. Please include the informa- • Pico-/Micro-, Mainstream, and Large-Venue tion listed below in the Technical Summary. Projectors; Multi-Projector Arrays • Emerging Applications for Projection Systems (1) Objective and Background: Briefly describe the goals and intent of your project. and give background factors that • Human Factors of Projection Systems and Projection led to the new results. Applications • Projection System Components, Including Image- (2) Results: Describe the specific results that will be pre- Generating Components, Light Sources, , sented at the SID 2013 Symposium. Please provide a tech- Projection Screens, and Electronics nical description of how the results were achieved. Sufficient • Opto-Mechanical Design of Projection Systems and detail (quantitative and/or graphical data) should be included Components, Including Lifetimes, Thermal so the Program Committee can properly evaluate your sub- Properties, and Acoustic Noise mission. • Other topics Related to the Design, Manufacture, or (3) Impact: Discuss the significance of your work and com- Application of Projection Systems, Subsystems, or pare your findings with previously published work. Components (4) References: List a few main references covering projects in related areas. (13) TOUCH AND INTERACTIVE DISPLAYS: (5) Prior Publications: Generally, Symposium papers must Advances in touch-screen technologies, applications, be original contributions. If your organization has published driving electronics, system integration, and human or presented material on similar work in English, please interactions. The advanced materials and process tech- explain how the present material differs. The only exception nologies associated with touch design and applica- to this rule is that papers submitted to the Applications tions will also be covered. Subcommittee need not be original. • Advanced User Interfaces • Multi-Touch Systems The Technical summary must be no longer than four pages. Material beyond four pages will not be considered in evalu- • Novel Touch Configurations & Applications ating the paper. • Materials and Process Technologies • Driver Electronics, Subsystems, and Algorithms All authors are required to upload their Abstract and Technical Summary to http://www.sheridanprinting.com/ • Touch-Performance Evaluation, Methodology, and pcm/sid. Standardization Additional information must be provided in the online submission form. Authors must (A) Indicate if you wish to have your paper considered for Timetable oral or poster presentation, if you have a preference. (B) Indicate the closest matching Symposium Topic from the The deadline for receipt of abstracts and technical sum- list provided maries is December 1, 2012. Notification of acceptance will (C) Include the 35-50 word abstract be e-mailed by February 15, 2013 (February 22 for Late- News papers). Authors of accepted papers will be directed to (D) Include a minimum of three keywords for the submis- an on-line “Authors Kit” with instructions for the preparation sion; of the paper to be published in the Symposium Digest. The (E) Indicate whether the presenter of the paper is currently paper shall consist of four pages, including all illustrations a student; and and is due March 8, 2013 (March 15 for Late-News papers). (F) Include the names of all authors with their affiliations, addresses, telephone numbers, and e-mail addresses. Please underline the name of the presenter when there are Points of Contact two or more authors.

Please follow the instructions on the URL site For further information contact: (http://www.sheridanprinting.com/pcm/sid). If you need help, contact Bill Klein at [email protected]. Shin-Tson Wu (Technical Program Chair) University of Central Florida College of Optics & Photonics Orlando, FL, USA Product Engineering/Applications telephone 1(407) 823-4763 e-mail: [email protected]

Attention Manufacturers and Suppliers: These sessions Sergei Yakovenko (European Subcommittee Chair) contain information on the practical aspects of display tech- LensVector, Inc. nology such as design, manufacturing, and testing of dis- Mountain View, CA, USA plays and display-related products. Papers are generally telephone 1(914) 263-3544 product or process oriented and deal with how something e-mail: [email protected] was engineered, how it works, what to use, how to use it, and what to avoid. Emphasis should be technical, not mar- Chang Hee Lee (Asian Subcommittee Chair) keting. Abstract, paper submission, and presentation Seoul National University requirements are the same as for the Symposium papers, Seoul, Korea although the content does not have to be original. telephone +81-2-880-9093 Applications Sessions will be conducted in parallel with the e-mail: [email protected] Symposium sessions. Applications papers are welcome in all areas of display technology previously listed under the appli- Bill Klein (Symposium Coordinator) cations symposium topics. Palisades Convention Management, Inc. New York, NY, USA 1(212) 460-8090 x204 (fax -5460) e-mail: [email protected]

Jay Morreale (Symposium Coordinator) Palisades Convention Management, Inc. New York, NY, USA 1(917) 301-5194 e-mail: [email protected] Display Week 2013 Features Deadlines and Key Dates

• Technical Symposium Technical Summary ...... Dec. 1, 2012

• Special Focus Sessions Accept/Reject Letters ...... Feb. 15, 2013 • Poster Session Late-News Technical Summary ...... Feb. 25, 2013 • Keynotes Late-News Accept/Reject Letters...... Mar. 21, 2013 • Invited Papers Digest Paper Submission ...... Mar. 8, 2013 • Distinguished Papers Late-News Digest Submission...... Mar. 15, 2013 • Author Interviews • Short Courses Seminar Notes Submission ...... Mar. 31, 2013 • Technical Seminars Display Week 2013 ...... May 19–24, 2013

• Awards Banquet Sunday Short Courses...... May 19, 2013

• Annual Awards Luncheon Monday Technical Seminars ...... May 20, 2013 • Best-in-Show Awards Business Conference...... May 20, 2013 • I-Zone Investors Conference...... May 21, 2013 • Exhibition Exhibition ...... May 21–23, 2013 • Vendor Forum • Business Conference Vendor Forum ...... May 21–23, 2013 • Investors Conference Symposium ...... May 21–24, 2013 • Market Focus Conferences Market Focus Conferences ...... May 22 & 23, 2013

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