Canvas Element Research Articles

Concept of Social Entrepreneurship in the Development of Creative Economy Tourism in Indonesia (Case Study: Cirendeu Village)

Social entrepreneurship is currently viewed as a solution to address various social issues, including welfare, healthcare, education, poverty alleviation, and community empowerment, among others. This research aims to develop a social entrepreneurship concept suitable for Cirendeu Village. The concept of social entrepreneurship is closely related to the 8th Sustainable Development Goal (SDG), which emphasizes “Decent Work and Economic Growth.” Social entrepreneurship represents a form of business that not only seeks financial profit but also has robust social or environmental objectives. The methods employed in this research include the Analytic Hierarchy Process (AHP) and the Business Model Canvas. Research data were collected from 19 respondents through demographic statements and the distribution of AHP questionnaire matrices. The AHP method serves as a strategy weighting approach and assists in formulating priority strategies for the company. Furthermore, the Business Model Canvas method aims to describe the appropriate business model for the company based on the AHP analysis. The establishment of criteria is a crucial step in the decision-making process. Combining the Process Hierarchy Analysis Method (AHP) with the Business Model Canvas (BMC) can enhance effectiveness, ensuring that AHP criteria align with Business Model Canvas (BMC) elements. The AHP results indicate that the distribution channel is the top priority criterion, with a weight of 0.193. These priority results are then incorporated into the BMC strategy elements, combining both existing and new elements.

AIR CANVAS USING AI

People are using electronic devices like screens, where we can write, draw and represent various structures, symbols, arts, painting, etc. Either by using mouse or by typing. The project takes advantage of this gap and introduces a new system called the air canvas which focuses on developing a motion-to-text converter that can potentially serve as software for intelligent wearable devices which enables users to draw in mid- air using their hands. The system incorporates object detection techniques in OpenCV to track the hand position and allow real-time drawing. It will be a powerful means of communication for the deaf. All you have to do is think what you want to express or show, and then just move your finger accordingly. The existing project which allows us to draw using a stylus or pen this technology or methodology which takes a lot of process and time. Avoiding or decreasing these limitations we came up with this project that uses new technologies and easy methodologies like Mediapipe which is used to detect the hand gestures under the category of Computer Vision. We are using Python since it is easy to make use of the syntax and understanding the basics as well as it can be implemented in any OpenCV supported languages, NumPy to handle data related to strokes, shapes, or any other canvas elements and it can provide a convenient way to represent and manipulate image processing. Deque stores the strokes and make it visible in the canvas, Mask Window to mask the background and show the text. System Camera is used to track the hand and create drawings just by moving their fingers on the air in front of the camera in a certain distance according to what the user wants to express and this works by monitoring to determine the landmarks of hand, then the finger tips are taken for modes like selection, drawing and clearing the canvas. KEYWORDS: - Canvas, OpenCV, Python, Computer Vision, NumPy, Deque, Mask Window.

Evaluating Sustainable Options for Valorization of Rice By-Products in Sri Lanka: An Approach for a Circular Business Model

Due to the significant quantities of waste generated by the Sri Lankan rice industry, circular bioeconomy methodologies were applied to examine value-adding entrepreneurial activities for rice industry by-products (RIB). The study was conceived after scouring the existing literature on agricultural waste management and interviewing experts in the field and the rice industry. In the first phase, the suitability of valorizing alternatives for RIB was considered via a multi-criteria decision-making method. Valorization options, such as biochar production, energy purposes, composting, and other activities, were evaluated using an analytical hierarchy process (AHP) based on four criteria, namely environmental, social, technical, and economic issues. The results indicated that the highest priority should be given to environmental, social, and economic considerations, with local priority vectors of 0.5887, 0.2552, and 0.0955, respectively. It was found that biochar production is the optimal valorization strategy for managing RIB in Sri Lanka. From these findings, the development of a sustainable business model for making biochar out of RIB was done based on commercial motivations and value addition in biochar manufacturing processes. The Business Model Canvas elements played a vital role in categorizing and interpreting the case study data. Though the RIB seems undervalued at present, it was found that as a direct result of environmental concerns, several stakeholders have developed RIB valorization with an emphasis on bioenergy generation and biochar production. Adequate subsidies (technology and knowledge), standard regulations, more collective actions for creating economies of scale, and marketing strategies (consumer awareness) are all necessary for the successful implementation of sustainable circular business models.

Business Development Design Using the Business Model Canvas (BMC) Approach and Swot Analysis for One Alumni Coffee Pekan Baru

This study designs business development using the Business Model Canvas approach and SWOT analysis. This study determined the Business Model Canvas elements that need to be improved, so that Business Model Canvas improvements can be made in business development. The approach used in this research is descriptive qualitative by providing an explanation of the company's situation. The stages carried out are tabulating the results of interviews related to the 9 Business Model Canvas components, filling in the tabulation results in the columns of the 9 Business Model Canvas components with the help of the BMC Pro application, conducting a SWOT analysis based on the tabulation results of the 9 Business Model Canvas components, and compiling an improved Business Model Canvas based on the results of the SWOT matrix. The results of this study are that the One Alumni Coffee business model has been compiled in its current condition using the Business Model Canvas approach, the Business Model Canvas One Alumni Coffee elements that need to be improved are identified in all (9 blocks) of the Business Model Canvas, and strategies and improvement programs that can be made from the results of BMC improvements in the development of the One Alumni Coffee business after using SWOT analysis

Communicating the move towards social entrepreneurship: The role of key partners for women empowerment initiative in East Java

The empowerment as well as welfare impact of the implementation of the Feminisation of Poverty Alleviation Program (PFK Program) on its beneficiaries – the underprivileged Female Household Heads (KRTPs)- in East Java, can be considered as range from low to moderate. In this, there is a need for furthering the empowerment impact of the program, which can be done, amongst other, through the adoption a social business model, namely Business Model Canvas (BMC). This study aims to examine key partners’ role in supporting the adoption of Business Model Canvas (BMC) elements for a government-initiated entrepreneurship program at the grass-roots level. The study employs qualitative case study research using observation, document analysis and interviews with 98 key partners in four districts (Banyuwangi, Lamongan, Nganjuk, and Trenggalek). The key partners are divided into three categories, namely local governments, KRTPs, and local institutions/communities. The study finds that to further the empowerment impact of the PFK Program, Trenggalek is the readiest among the four districts, followed by Nganjuk, Lamongan, and Banyuwangi, to adopt Business Model Canvas (BMC). It is further argued that the application of Business Model Canvas (BMC) can contributed to an adequate description of key partners’ readiness to support the program by establishing the customer segments, value propositions, channels, revenue streams, customer relationships, key resources, and managing the cost structure that accelerate the role of key partners in moving towards social entrepreneurship.

Implementation of Circular Business Models for Olive Oil Waste and By-Product Valorization

Mediterranean olive oil producers have multiple incentives for adopting circular business models and better resource management, facing water scarcity and huge amounts of waste, but also seeing new opportunities for value creation. This article aimed to understand how circular business models valorizing olive oil waste and by-products are implemented. Ten business cases from six Mediterranean countries were studied, mainly based on semi-structured interviews with enterprise managers. Data were analyzed according to the business model canvas elements, success factors, and barriers while considering the institutional context. The results highlight the diversity of activities, types of resources used, and partnerships and products offered in different market segments. The principles of biowaste conversion and circularity, such as cascading, upcycling, recycling, and recovering, are all applied. The key success factors comprise an environmental concern, knowledge about biotechnologies, markets and logistics, a long-term commitment to the sector, local availability of resources, legislation, subsidies, and product acceptance by consumers. The main barriers include a lack of specific public financial support, an insufficient knowledge transfer from research to olive oil producers, and a lack of articulation of needs for research by the enterprises. More public-private collaborations and multi-stakeholder projects are needed for further shifting to a circular economy in the olive oil sector.

A Practical Framework for Value Creation in Health Information Systems From an Ecosystem Perspective: Evaluated in the South African Context.

Performance improvement in any field depends on establishing goals that align the interests of relevant stakeholders, which may be defined as creating value for stakeholders. In the healthcare context, the concept of value creation and its analysis from an ecosystem perspective has been neglected and is hard to achieve in practice. This research adopts an innovation ecosystem perspective to develop and evaluate a practical framework to guide value creation for healthcare settings in a developing country context. The resulting framework serves as a tool that can guide stakeholders to co-create value by defining the inputs, activities, and outputs/outcomes to enable the process of value co-creation through a heath information system. Design Science Research Methodology (DSRM) was followed to develop the framework (artifact); it entailed the evaluation of the preliminary framework through a range of cycles. A relevance cycle was completed through a literature review. Since the investigation was done from an ecosystem perspective, it provided an understanding of the core characteristics of ecosystems, information systems, and value to inform the development of a preliminary framework. The preliminary framework was evaluated through two design cycles: the first was based on in-depth semi-structured interviews with six industry experts, and the second comprised a framework ranking exercise. The observations from the two stages informed the modification and refinement of framework items. The evaluated framework provides practical and actionable elements of a value creation system based on three canvasses: (1) the pre-use canvas defines the healthcare system and its stakeholders; (2) the tool guideline provides an overview of the development of ecosystem canvas elements; and (3) the ecosystem canvas represents the process of value creation along with a conceptual canvas with descriptions or implications of each of the framework’s concepts.

Towards blockchain led decentralized autonomous organization (DAO) business model innovations

PurposeToday, business model innovations leverage digital technologies to gain a competitive advantage and transform business processes. Blockchain is still gaining attention in specific fields and bringing value to business models. There is a dearth of research on how blockchain decentralized autonomous organizations impact organization business model innovations. This study attempts to contribute the body of knowledge based on a review of decentralized autonomous organizations and the business model innovation literature using the integrative and generative approach.Design/methodology/approachThe paper offers an analysis of decentralized autonomous organizations based on digital business models built on the well-established work by Osterwalder and Pigneur (2010). The practical multilayered decentralized autonomous organizations architectural implementation model design is achieved using practical archetypes depicted in the proposed decentralized autonomous organizations business model. The paper evaluates a marketplace comprising 13 decentralized autonomous organizations led platforms with core functionalities.FindingsThe paper delivers decentralized autonomous organizations led digital business model canvas elements to explain decentralized autonomous organization business model innovations. It presents the underlying multilayered decentralized autonomous organizations architectural implementation model required to conceptualize a practical business model with an enterprise-ready target operating model.Research limitations/implicationsThe paper contributes directly to the practical decentralized autonomous organizations business model canvas, exemplifying the nine elements of decentralized autonomous organizations’ characteristics for any organizational transformation. The tools and accelerators (business model, layered architecture, target operating model and product mapping) developed in the paper address the managerial challenges of redesigning the decentralized business models.Originality/valueThe proposed decentralized autonomous organizations smart contract powered business model provide a digital platform to adhere to rules, follow policies, preserve principles and develop consensus without human interventions. The paper shapes the first of its kind decentralized autonomous organizations marketplace evaluation while mapping it to decentralized autonomous organizations layered architecture product requirement considering business model dimension to adopt actionable target operating model.

BUSSINES MODEL CANVAS SEBAGAI ALTERNATIF STRATEGI BISNIS KERAJINAN SEDOTAN PURUN DI DESA TUMBANG NUSA, KECAMATAN JABIREN KABUPATEN PULANG PISAU

This study aims to analyze the business model of the purun straw craft business in Tumbang Nusa Village and determine the strategy for developing the purun straw craft business model in Tumbang Nusa Village with the Bussines Model Canvas (BMC) approach. Purun straws in Tumbang Nusa village. This study uses descriptive research methods to collect detailed actual information that describes existing symptoms, identifies problems or examines prevailing conditions and practices. The results of the research on the canvas model business mapping that have been carried out, it turns out that the customer segment of the purun straw craftsmen has been diversified into Bussines to Bussines and Bussines to Consumer customers with marketing reach in the cities of Palangkaraya, Jakarta and Bali. The revenue stream element from straw craftsmen is only in the form of selling straws. Furthermore, the main resources used are production equipment, human resources, capital, transportation and communication tools with key activities in the form of production and marketing activities. Meanwhile, the main partnership that keeps the business running is the Liaison and the government. The last element in the form of a cost structure contains fixed costs and variable costs. After getting information from the business model environment and SWOT analysis, the changes to the existing canvas business model are obtained. In order for the production process to run more efficiently, the use of appropriate technology is added through production mechanization, while for the main activity promotional activities are added. Researchers suggest craftsmen can implement improvement strategies on the Business Model Canvas elements that focus on five elements, namely, Customer segments, Channels, Customer relationships, Key activities and Key partners so that operational activities are expected to be more effective

Pedigree online: A New Web Server for Two-Way Interactive Pedigree Drawing

Pedigree drawing is of special importance for genetic counseling and research on documenting families with inherited disease. Current pedigree-drawing tools fall into two types: those build pedigree diagrams from input family data, and those provide a graphical interface to draw pedigree directly. Here we merge the two types of programs into one, and release a brand new pedigree-drawing web server, PedigreeOnline. Through introducing a novel pedigree-like-layout (PLL) family data format and taking advantage of HTML5 canvas element in development, this program is able to build two-way interactive connections between family data and graphical interface. Users can work on and switch easily between the graphical interface and the family data window. Currently this web server is compatible with Linkage data format and comma-separated value (CSV) data format. These features make PedigreeOnline a pedigree-drawing tool with outstanding user-friendliness and flexibility. PedigreeOnline is freely accessible for everyone at: http://www.ig.zju.edu.cn/PedigreeOnline/

AethelmE, HTML5 Game Engine with Multiple Canvas Elements

Game engine is software which ease the game development. As the processor power technology evolved and the HTML5 (HyperText Markup Language 5) specification are developed, browsers nowadays can natively (without any need for external plug-in) display animations and multimedia files (audio and video) using JavaScript as the programming language. Some of the features which are used in this research are HTML5‘s canvas and audio elements. The problem is that none of the existing free HTML5 game engines is able to support multiple canvas elements. This research will create a game engine, called AethelmE, which support multiple canvas elements as its unique feature. This game engine is also able to support sprite transformation, browsers compatibility, external asset loading, and audio format compatibility. This research successfully resulted in creating an HTML5 game engine which supports multiple canvas elements. It also supports all the scopes, with a small exception on sound format compatibility. Moreover, this research conducted a performance comparison testing of multiple HTML5 game engines, from which can be concluded that multiple canvas elements does not give significant performance gain compared to a single canvas.

PHAPL WEB APPLICATION FOR AUTOMATIC BUILDING AND RESEARCH OF PHASE PORTRAITS ON PLANE

The article aims to document PhaPl thats a teaching web application to plot and research phase portraits of autonomous systems of 2 differential equations on a plane. The web application is very different compared with previously known programs: it has very easy graphical user interface and it gives clarity because it demonstrates all steps of solution. To get the full solution, it is enough to just enter a system to research. Initial conditions to plot phase trajectories are chosen automatically. Graphical representation of the phase plane is interactive. The web application is based on popular Free Software (SymPy, PyPy.js, MathJax, LZMA-JS). The web application is portable and works in web browsers that support JavaScript and canvas element of HTML5. The web application can be downloaded and used offline without connection to the Internet. The article describes advantages, disadvantages and peculiar properties of the web application. The software is deployed inPlekhanovRussianUniversityof Economics since 2018.

Rancang Bangun Aplikasi Implementasi Ukiran Bali pada Objek Bangun Datar

Carving art has an important role which is used as decoration of buildings, holy places in Bali and functional objects, but the efforts for cultural preservation still tend to be less. Tradition, decoration, and technology are the perfect combination to help preserve the variety of carving art, so that the application of Bali Carving Implementation in Two Dimentional Object is built. This application uses canvas which is an element of HTML that allows to manipulate bitmap area directly by using JavaScript. Library Fabric.js is used to simplify the manipulation of bitmaps on HTML5 canvas elements. Fabric.js allows the creation of objects, and image filters. Remove white is one filter that can be done. Remove white is used to remove white color, where the threshold value is used as the limit value of the application to remove the white color in the image so as to maximize the carving registration process on the application. The resulting application can be run on the browser and gives an illustration result of the carving implementation that can be saved in PNG file format.

Interactive computer simulations for standing waves

ABSTRACTInteractive computer simulations and learning environments like virtual laboratories come out as an excellent alternative to conventional physics laboratories. Two of the physics laboratories from the second semester within the Faculty of Civil Engineering and Building Services of “Gheorghe Asachi” Technical University are focused on the study of standing waves. Standing waves are very important in the field of Civil Engineering because the structural integrity of buildings can be affected by standing waves and the mechanical resonance phenomenon. A good understanding of the properties of standing waves will make the properly constructed structures withstand various risk factors. Some improperly constructed structures could damage or breakdown even in the presence of vibrations or strong winds. This paper presents the computer simulations developed for the study of the standing waves on a vibrating string and the propagation of electromagnetic standing waves in a Lecher system. For both simulations, the canvas element, part of HTML5 standard, is used to draw the graphics animations. Also, many control components and some external JavaScript libraries are used to perform the virtual applications. Further, these computer simulations are posted on the virtual physics laboratory web‐site and thus, students are able to engage in more productive self or group activities. © 2017 Wiley Periodicals, Inc. Comput Appl Eng Educ 25:521–529, 2017; View this article online at wileyonlinelibrary.com/journal/cae; DOI 10.1002/cae.21818

BUSINESS MODEL IN ELECTRICITY INDUSTRY USING BUSINESS MODEL CANVAS APPROACH; THE CASE OF PT. XYZ

The magnitude of opportunities and project values of electricity system in Indonesia encourages PT. XYZ to develop its business in electrical sector which requires business development strategies. This study aims to identify company's business model using Business Model Canvas approach, formulate business development strategy alternatives, and determine the prioritized business development strategy which is appropriate to the manufacturing business model for PT. XYZ. This study utilized a descriptive approach and the nine elements of the Business Model Canvas. Alternative formulation and priority determination of the strategies were obtained by using Strengths, Weaknesses, Opportunities, Threats (SWOT) analysis and pairwise comparison. The results of this study are the improvement of Business Model Canvas on the elements of key resources, key activities, key partners and customer segment. In terms of SWOT analysis on the nine elements of the Business Model Canvas for the first business development, the results show an expansion on the power plant construction project as the main contractor, an increase in sales in its core business in supporting equipment industry of oil and gas, a development in the second business i.e. an investment in the electricity sector as an independent renewable emery-based power producer. On its first business development, PT. XYZ selected three Business Model Canvas elements which become the priorities of the company i.e. key resources weighing 0.252, key activities weighing 0.240, and key partners weighing 0.231. On its second business development, the company selected three elements to become their the priorities i.e. key partners weighing 0.225, customer segments weighing 0.217, and key resources weighing 0.215.Keywords: business model canvas, SWOT, pairwise comparison, business model

Chemozart: a web-based 3D molecular structure editor and visualizer platform.

BackgroundChemozart is a 3D Molecule editor and visualizer built on top of native web components. It offers an easy to access service, user-friendly graphical interface and modular design. It is a client centric web application which communicates with the server via a representational state transfer style web service. Both client-side and server-side application are written in JavaScript. A combination of JavaScript and HTML is used to draw three-dimensional structures of molecules.ResultsWith the help of WebGL, three-dimensional visualization tool is provided. Using CSS3 and HTML5, a user-friendly interface is composed. More than 30 packages are used to compose this application which adds enough flexibility to it to be extended. Molecule structures can be drawn on all types of platforms and is compatible with mobile devices. No installation is required in order to use this application and it can be accessed through the internet. This application can be extended on both server-side and client-side by implementing modules in JavaScript. Molecular compounds are drawn on the HTML5 Canvas element using WebGL context.ConclusionsChemozart is a chemical platform which is powerful, flexible, and easy to access. It provides an online web-based tool used for chemical visualization along with result oriented optimization for cloud based API (application programming interface). JavaScript libraries which allow creation of web pages containing interactive three-dimensional molecular structures has also been made available. The application has been released under Apache 2 License and is available from the project website https://chemozart.com.

J2010102 物理導入教育のためのシミュレーションソフトの開発

Web-based simulation software for introductory physics course was developed using HTML5 technology. THML5, which is the latest version of HTML standard, include graphical extension called "CANVAS". By using CANVAS elements we can draw graphics via scripting in JavaScript, so dynamic animation of physical phenomena can be illustrated on a local PC as well as a smart-phone without installation of the software. In this study, we developed a series of software for physics education, for example parabolic motion, harmonic motion and oscillation. In order to confirm the effectiveness of the software, access analysis of the website and questionnaires to 1th-year students at our college were conducted.

TU‐F‐BRD‐01: Automatic Segmentation of Multiple Pelvic Organs On a Web‐Based Image Processing and Plan Evaluation Platform (WIPPEP)

Purpose:To present a novel automatic segmentation method for multiple pelvic organs and integrate into the web‐based image processing and plan evaluation platform (WIPPEP) to provide easy access through a web browser and leverage the power of cloud for faster computation.Methods:This segmentation method uses principal component analysis to model organ shapes and hierarchical clustering to model the appearance of each organ surface patch. Coarse and refined segmentation are done iteratively for each surface patch to find the best reference patch profile via a hierarchical cluster decision tree. Final segmentation is obtained using the generated global reference profile. The user chooses the CT image data to be segmented from the image server; the image volume is then visualized in the web browser and an HTTP POST request is sent to the computation server by clicking a button. When the computation server receives the segmentation request, it would then send an HTTP GET request to the image server to download the image volumes, call the segmentation program, and eventually send the segmentation results back to the web server. The segmentation results are transferred in JSON format and quickly passed to the canvas element in the web browser to display the contours.Results:For 5 test patients, the average DICE overlaps for prostate, bladder and rectum were 0.75, 0.78 and 0.57, respectively. With the platform running on hospital intranet, it took 20 seconds to load CT image volume to the web‐browser and 80 seconds to receive segmentation results from the computation server.Conclusion:This system allows users to access image data and send segmentation requests from a web browser, perform segmentation on a computation server, and quickly visualize resulting segmentation contours on a web browser. The software prototype achieves auto‐segmentation of prostate, bladder and rectum with moderate accuracy in a minute's timeframe.

CH5M3D: an HTML5 program for creating 3D molecular structures

BackgroundWhile a number of programs and web-based applications are available for the interactive display of 3-dimensional molecular structures, few of these provide the ability to edit these structures. For this reason, we have developed a library written in JavaScript to allow for the simple creation of web-based applications that should run on any browser capable of rendering HTML5 web pages. While our primary interest in developing this application was for educational use, it may also prove useful to researchers who want a light-weight application for viewing and editing small molecular structures.ResultsMolecular compounds are drawn on the HTML5 Canvas element, with the JavaScript code making use of standard techniques to allow display of three-dimensional structures on a two-dimensional canvas. Information about the structure (bond lengths, bond angles, and dihedral angles) can be obtained using a mouse or other pointing device. Both atoms and bonds can be added or deleted, and rotation about bonds is allowed. Routines are provided to read structures either from the web server or from the user’s computer, and creation of galleries of structures can be accomplished with only a few lines of code. Documentation and examples are provided to demonstrate how users can access all of the molecular information for creation of web pages with more advanced features.ConclusionsA light-weight (≈ 75 kb) JavaScript library has been made available that allows for the simple creation of web pages containing interactive 3-dimensional molecular structures. Although this library is designed to create web pages, a web server is not required. Installation on a web server is straightforward and does not require any server-side modules or special permissions. The ch5m3d.js library has been released under the GNU GPL version 3 open-source license and is available from http://sourceforge.net/projects/ch5m3d/.

TissueStack: a new way to view your imaging data

Event Abstract Back to Event TissueStack: a new way to view your imaging data Andrew Janke1*, Harald Waxenegger1, Jeremy Ullmann1 and Graham Galloway1 1 Center for Advanced Imaging, Australia It's no secret that the increases in resolution possible with modern imaging equipment has led to an explosion in data. This increase is not always something that is easy to deal with, especially in studies that involve multiple modalities and sites. University and research networks while continually improving still do not allow those in the neuroinformatics field to seamlessly share multi-terrabye images. This leads to the problem in multi-site studies and often in smaller projects in which no one is sure where or how to access the current version of all the data without having to download TB's of data, make a small change and then upload again. This problem is not unique to the neuroimaging field and as such we have endeavoured to make use of techniques from the very closely related field of GIS (Graphical Information Systems) in this project. There has been some work done in this area, most notably with the web interfaces of the Allen Brain atlas and CATMAID. Both of these however are primarilly written for the viewing of multiple 2D images, typically of histology. TissueStack is an Open Source project that is currently available on GitHub ( http://github.com/NIF-au/TissueStack ) and at the time of this abstract is in alpha release phase for comment. Its purpose is to allow researchers to view multi-TB imaging datasets online vai an interface style that most people are familiar with (online mapping) at reasonable speed. The application uses HTML5 Canvas elements and thus will work equally well on mobile devices (tablets, phones, etc). The current proof of concept can be viewed at http://www.imaging.org.au/tissuestack and is displaying a 850MB 30um c57/bl mouse model. The application generates multi-scale tiled images from an input dataset in order to optimise viewing speed for a given network connection. Data input formats currently include MINC, NiFTI and OpenSlide formats. Future versions of the application will allow the federation of data from multiple sites and the overlay of pre-aligned muti-modality data such Histology and MRI. Acknowlegements: This project is supported by the Australian National Data Service (ANDS). ANDS is supported by the Australian Government through the National Collaborative Research Infrastructure Strategy Program and the Education Investment Fund (EIF) Super Science Initiative. Keywords: General neuroinformatics Conference: 5th INCF Congress of Neuroinformatics, Munich, Germany, 10 Sep - 12 Sep, 2012. Presentation Type: Poster Topic: Neuroinformatics Citation: Janke A, Waxenegger H, Ullmann J and Galloway G (2013). TissueStack: a new way to view your imaging data. Front. Neuroinform. Conference Abstract: 5th INCF Congress of Neuroinformatics. doi: 10.3389/conf.fninf.2013.08.00003 Copyright: The abstracts in this collection have not been subject to any Frontiers peer review or checks, and are not endorsed by Frontiers. They are made available through the Frontiers publishing platform as a service to conference organizers and presenters. The copyright in the individual abstracts is owned by the author of each abstract or his/her employer unless otherwise stated. Each abstract, as well as the collection of abstracts, are published under a Creative Commons CC-BY 4.0 (attribution) licence (https://creativecommons.org/licenses/by/4.0/) and may thus be reproduced, translated, adapted and be the subject of derivative works provided the authors and Frontiers are attributed. For Frontiers’ terms and conditions please see https://www.frontiersin.org/legal/terms-and-conditions. Received: 21 Mar 2013; Published Online: 27 Nov 2013. * Correspondence: Dr. Andrew Janke, Center for Advanced Imaging, Brisbane, Australia, andrew.janke@cai.uq.edu.au Login Required This action requires you to be registered with Frontiers and logged in. To register or login click here. Abstract Info Abstract The Authors in Frontiers Andrew Janke Harald Waxenegger Jeremy Ullmann Graham Galloway Google Andrew Janke Harald Waxenegger Jeremy Ullmann Graham Galloway Google Scholar Andrew Janke Harald Waxenegger Jeremy Ullmann Graham Galloway PubMed Andrew Janke Harald Waxenegger Jeremy Ullmann Graham Galloway Related Article in Frontiers Google Scholar PubMed Abstract Close Back to top Javascript is disabled. Please enable Javascript in your browser settings in order to see all the content on this page.