Willis-Knighton Medical Center implemented a virtual desktop environment using VMware Horizon and Liquidware Labs' ProfileUnity to improve nurses' access to electronic health records (EHR). ProfileUnity provided personalized desktops, simplified application management, and location-aware printing. This solved challenges and allowed nurses to access EHRs faster, improving patient care. After a successful pilot, Willis-Knighton plans to scale the environment to support 4,000 virtual desktop users.
Achieving Virtual Desktop Success in Healthcare: Experts in healthcare IT discuss the ways you can accelerate virtualized desktop adoption, speed clinician access to Electronic Health Records (EHR), and enhance desktop performance and user experience. Delivering compliant and high performing clinician workspaces depends on creating a consistent desktop experience and remediating bottlenecks that impact performance and user productivity.
This webinar will show you how to deliver "lean" clinician workspaces and assure high levels of user satisfaction:
. Best practices to leverage and pitfalls to avoid when deploying VDI in a hospital
. Architect a virtual workspace that meets your organization's requirements
. Gain total performance visibility of all IT domains to improve user experience
. Preemptively detect and resolve issues before users are effected
. Optimize current infrastructure usage
Innovation in Enterprise Imaging: Clinical Context is What's NextTodd Winey
Clinicians have one word for what they want from your next generation enterprise imaging solutions. Context. A recent study in the Journal of Digital Imaging suggests that nearly 60% of radiology orders have no mention of important chronic conditions, calling it “an alarming lack of communication” that “may negatively impact interpretation quality.” Imaging orders such as “chest pain” or “lower abdominal pain,” for example, are essentially context free, giving clinicians little information to work with. Access to a complete clinical history behind those orders can help clinicians provide richer input for more accurate diagnoses and more effective care plans, along with results of the imaging study.
This is a re-boot of a presentation originally given on the potential role of cloud infrastructure in healthcare delivery from eHealth Canada 2012.
Key concepts are the drivers of change in healthcare, how hospitals can protect themselves when using of cloud, the potential use of enterprise content management as part of healthcare delivery and the current models that we are seeing in Canada and the US.
Forrester interviewed a Citrix customer currently using Citrix XenApp to determine the cost savings and business benefits of XenApp. In the process, they discovered that the company reduced desktop support costs by $1.7 million, by delivering key business applications via XenApp. Read this white paper to examine the use cases and the cost savings and benefits achieved.
Top 3 Reasons to Deliver Web Apps with Application VirtualizationCitrix
Learn how you can simplify management and secure browser apps by using app virtualization to centrally host a single image of a browser and deliver them on-demand.
Sunnybrook Health Sciences - Scalar customer case studyScalar Decisions
Sunnybrook Health Sciences Centre implemented a virtual desktop infrastructure (VDI) to streamline IT management, reduce costs, and provide secure access to clinical applications from any device. An assessment of the physical desktop environment informed the design of a VMware View VDI using thin clients. Over 4,800 users will be migrated over three years, starting with 400 nursing workstations. Future phases aim to provide single sign-on access and follow users between devices to support mobile clinicians.
Scalar Decisions Sunnybrook Health Sciences VDI Case Study patmisasi
Desktop Virtualization (VDI) Moves Canada’s Largest Trauma Centre Closer to “Always-on, Anywhere Access” Sunnybrook Health Sciences Centre Industry: Healthcare Main Campus: Bayview Campus Employees: Over 10,000 staff, physicians and volunteers Yearly number of patients: 1.2 million Website: www.sunnybrook.ca
3 Ways Companies Are Slashing IT Costs with VDICitrix
The need to reduce costs and simplify IT can’t come at the expense of security. By implementing VDI with Citrix XenDesktop, organizations can lower capital and operating expenses while avoiding costly breaches or regulatory fines. This white paper describes the experiences of three companies who reduced costs, simplified IT and met their business objectives.
Achieving Virtual Desktop Success in Healthcare: Experts in healthcare IT discuss the ways you can accelerate virtualized desktop adoption, speed clinician access to Electronic Health Records (EHR), and enhance desktop performance and user experience. Delivering compliant and high performing clinician workspaces depends on creating a consistent desktop experience and remediating bottlenecks that impact performance and user productivity.
This webinar will show you how to deliver "lean" clinician workspaces and assure high levels of user satisfaction:
. Best practices to leverage and pitfalls to avoid when deploying VDI in a hospital
. Architect a virtual workspace that meets your organization's requirements
. Gain total performance visibility of all IT domains to improve user experience
. Preemptively detect and resolve issues before users are effected
. Optimize current infrastructure usage
Innovation in Enterprise Imaging: Clinical Context is What's NextTodd Winey
Clinicians have one word for what they want from your next generation enterprise imaging solutions. Context. A recent study in the Journal of Digital Imaging suggests that nearly 60% of radiology orders have no mention of important chronic conditions, calling it “an alarming lack of communication” that “may negatively impact interpretation quality.” Imaging orders such as “chest pain” or “lower abdominal pain,” for example, are essentially context free, giving clinicians little information to work with. Access to a complete clinical history behind those orders can help clinicians provide richer input for more accurate diagnoses and more effective care plans, along with results of the imaging study.
This is a re-boot of a presentation originally given on the potential role of cloud infrastructure in healthcare delivery from eHealth Canada 2012.
Key concepts are the drivers of change in healthcare, how hospitals can protect themselves when using of cloud, the potential use of enterprise content management as part of healthcare delivery and the current models that we are seeing in Canada and the US.
Forrester interviewed a Citrix customer currently using Citrix XenApp to determine the cost savings and business benefits of XenApp. In the process, they discovered that the company reduced desktop support costs by $1.7 million, by delivering key business applications via XenApp. Read this white paper to examine the use cases and the cost savings and benefits achieved.
Top 3 Reasons to Deliver Web Apps with Application VirtualizationCitrix
Learn how you can simplify management and secure browser apps by using app virtualization to centrally host a single image of a browser and deliver them on-demand.
Sunnybrook Health Sciences - Scalar customer case studyScalar Decisions
Sunnybrook Health Sciences Centre implemented a virtual desktop infrastructure (VDI) to streamline IT management, reduce costs, and provide secure access to clinical applications from any device. An assessment of the physical desktop environment informed the design of a VMware View VDI using thin clients. Over 4,800 users will be migrated over three years, starting with 400 nursing workstations. Future phases aim to provide single sign-on access and follow users between devices to support mobile clinicians.
Scalar Decisions Sunnybrook Health Sciences VDI Case Study patmisasi
Desktop Virtualization (VDI) Moves Canada’s Largest Trauma Centre Closer to “Always-on, Anywhere Access” Sunnybrook Health Sciences Centre Industry: Healthcare Main Campus: Bayview Campus Employees: Over 10,000 staff, physicians and volunteers Yearly number of patients: 1.2 million Website: www.sunnybrook.ca
3 Ways Companies Are Slashing IT Costs with VDICitrix
The need to reduce costs and simplify IT can’t come at the expense of security. By implementing VDI with Citrix XenDesktop, organizations can lower capital and operating expenses while avoiding costly breaches or regulatory fines. This white paper describes the experiences of three companies who reduced costs, simplified IT and met their business objectives.
Desktop Virtualization: Reduce Costs, Improve Efficiencies with Proven VDI So...Citrix
This whitepaper busts myths and describes how VDI has proven to be successful—providing positive outcomes for IT and employees, addressing security vulnerabilities, and delivering favorable economics back to the business.
10 Reasons to Strengthen Security with App & Desktop VirtualizationCitrix
Explore 10 reasons why app and desktop virtualization should be the foundation for your layered approach to information security. It will enable organizations to pursue priorities such as mobility, flexwork and consumerization while effectively managing risk.
The document discusses several challenges facing IT departments in enterprises today: energy efficiency due to inefficient data centers, day-to-day device management, ensuring security across all locations, regulatory compliance, providing access to data and applications anywhere and anytime, and disaster recovery/business continuity. It then provides recommendations for addressing these challenges through server and desktop virtualization, using different virtualization technologies tailored for different user types, and adopting "green" computing practices.
4 Ways to Ensure a Smooth Windows 10 MigrationCitrix
This document discusses 4 ways that Citrix Workspaces can help ensure a smooth migration from Windows 7 to Windows 10. It addresses challenges such as application compatibility, managing BYOD devices, ongoing desktop management, and securing company data. The solutions proposed are: 1) launching applications from a centralized data center to test compatibility before migration, 2) using unified endpoint management to easily deliver updates across devices, 3) taking advantage of desktop virtualization to easily rollout updates from a central location, and 4) using secure cloud storage to free data from devices and provide access from any location.
Block provides a Medical Desktop as a Service (MDaaS) that allows clinical and frontline healthcare staff to access applications, resources, and patient information from any device in a secure manner. MDaaS is designed to address challenges like long login times, multiple passwords, and limited mobile access. It provides always-on access through intelligent packages tailored for different user roles. This enables staff to spend less time on administrative tasks and more time on patient care.
Whitepaper: Leveraging the Cloud to Enhance an Enterprise Imaging StrategyCarestream
Healthcare providers are facing increasing pressure from exponential growth in medical imaging data. This document discusses how some providers are leveraging the cloud to enhance their enterprise imaging strategies. It describes how the Long Beach Memorial Medical Center uses cloud storage for disaster recovery of imaging data. It also discusses how Winthrop-University Hospital archives older imaging studies in the cloud. The cloud provides benefits like scalability, accessibility of data, improved security, and cost-effectiveness. As cloud solutions mature, more healthcare organizations are incorporating the cloud into their imaging strategies.
Meander Medisch Centrum (MeanderMC), a hospital group in the Netherlands, implemented a virtual desktop infrastructure (VDI) using Citrix XenDesktop on Cisco UCS blade servers to improve access to healthcare services and information while lowering costs. The new solution increased application performance by 200%, accelerated new service deployment by 400%, and raised server utilization by 40% while reducing costs. Staff now have fast, secure access to resources from any location.
This document discusses mobile device management for healthcare organizations. It notes that mobile devices are increasingly being used in healthcare but also present challenges related to security, privacy, and compliance. The document advocates a solution of implementing policies, providing education to users, and using mobile device management tools to discover, manage, and secure devices and the data on them. This approach aims to balance enabling mobile technology while mitigating risks.
Virtual Clustered Multiprocessing (vCMP) allows administrators to segment physical ADC resources into independent virtual ADCs. It provides true isolation between instances through a purpose-built hypervisor designed specifically for F5 hardware and software. This deep integration enables high performance virtual instances without sacrificing reliability. It allows organizations to independently operate and manage virtual instances while maintaining interoperability with existing equipment.
Enterprise Case Study: Enabling a More Mobile Way of Working Citrix
Worldpay implemented Citrix XenMobile to enable a more mobile workforce and reduce IT complexity. By analyzing employee behaviors, Worldpay determined mobile users primarily consumed content rather than created it. Worldpay deployed XenMobile across all Citrix users to provide new mobile capabilities and transform how employees worked. This involved an upfront investment but was expected to save costs over three years. The implementation allowed employees to access corporate resources remotely using their own devices.
The document discusses the challenges healthcare providers face in managing the large amount of medical imaging data being generated. There has been exponential growth in medical imaging data due to factors like an aging population, improved technology, defensive medicine practices, and data retention requirements. This massive amount of data strains healthcare organizations' storage capabilities and makes accessing and sharing images between providers difficult. The document introduces cloud services as a potential solution that could help hospitals better manage resources and provide improved access and sharing of medical images.
The document discusses how a modern datacenter can help healthcare organizations achieve strategic health objectives like improving patient care and reducing costs through an intelligent infrastructure. It outlines barriers organizations face like high costs and slow reactions to business needs. The modern datacenter provides agility through public and private cloud, security and compliance, and unified management of applications, data, and devices. It allows healthcare workers to focus on patient care rather than infrastructure management. Microsoft provides tools to build such an intelligent infrastructure and help organizations overcome barriers to reach their health goals.
I. What can be expected with Meaningful Use
II. Two possible workflows for compliance
III. Three components of Meaningful Use data
IV. What does Meaningful Use mean for radiology?
V. How CARESTREAM RIS can help
VI. Meaningful Use compliance with RIS
Additional Meaningful Use resources:
A. Meaningful Use Podcast Series
i. Keith Dreyer, DO, Ph.D, Massachusetts General Hospital
ii. Steven Fischer, CIO, Center for Diagnostic Imaging
B. Webinar
i. Keith Dreyer, DO, Ph.D, Massachusetts General Hospital
ii. Marjorie Calvetti, Administrative Director, Radiology, Memorial Medical Center
C. Whitepaper: Customizable CARESTREAM RIS Enables US Facilities to Meet Meaningful Use Requirements
For more about Carestream RIS, visit http://www.carestream.com/ris
To improve value and minimize patient exposure to ionizing
radiation, healthcare providers’ use of medical imaging must
be prudent and appropriate. The cornerstone of value-based
imaging is technology that provides broad access to patient
reports and images, enhancing communications among
physicians and with the patient while protecting patient data.
This is the role of the enterprise viewer. www.carestream.com/motion
This document discusses a new medical imaging system called CMI that aims to simplify storage, viewing, and exchange of radiology images. It notes disadvantages of traditional PACS systems like being distributed, non-secure, requiring compression/decompression, and being expensive. CMI claims to centralize images in a secure location and deliver uncompressed true images anywhere in real-time. It also turns any device into a workstation, has strong security features, and offers pay-per-study pricing that is more affordable than competitors like GE and Phillips.
Cloud eHealth in Medical Imaging & RadiologyCarestream
The document discusses how cloud-based infrastructure can support various healthcare workflows. It provides two case studies:
1) Maasstad Hospital in the Netherlands used the cloud to archive radiology images and consolidate clinical data to avoid managing storage itself.
2) Imadis, a French teleradiology company, used the cloud to enable a dedicated reading workflow and ensure performance, security, and 24/7 support for emergency readings.
The cloud infrastructure allows customization of workflows while outsourcing complexity to cloud providers and avoiding large capital investments. This flexible model is positioned to support diverse healthcare needs going forward.
Carestream’s Vue Motion provides on-demand access to patient images throughout and beyond the healthcare enterprise and it is easily adapted to work with healthcare IT systems already installed. http://www.carestream.com/motion.
For more information, please visit us at: http://www.carestream.com/vue
“This is a business with a 24x7x365 requirement for uptime that faces more challenges
than many: there is the potential for product spoilage coupled with the need to deliver
fresh food; the high cost of real estate...
Consolidating and Standardizing Enterprise ImagingDiane Hunt, MBA
A healthcare marketing campaign called "Not What You Think", to drive hospital consolidation and standardization with Canon products. Developed by Diane Hunt, MBA and the Canon Team.
Imaging in the Cloud: A New Era for RadiologyCarestream
A look at how cloud computing is helping the medical imaging industry. The cloud is changing old mindsets, and allowing technologies, such as a vendor-neutral archive (VNA), to make health facilities more efficient and provide higher quality care.
Desktop Virtualization: Reduce Costs, Improve Efficiencies with Proven VDI So...Citrix
This whitepaper busts myths and describes how VDI has proven to be successful—providing positive outcomes for IT and employees, addressing security vulnerabilities, and delivering favorable economics back to the business.
10 Reasons to Strengthen Security with App & Desktop VirtualizationCitrix
Explore 10 reasons why app and desktop virtualization should be the foundation for your layered approach to information security. It will enable organizations to pursue priorities such as mobility, flexwork and consumerization while effectively managing risk.
The document discusses several challenges facing IT departments in enterprises today: energy efficiency due to inefficient data centers, day-to-day device management, ensuring security across all locations, regulatory compliance, providing access to data and applications anywhere and anytime, and disaster recovery/business continuity. It then provides recommendations for addressing these challenges through server and desktop virtualization, using different virtualization technologies tailored for different user types, and adopting "green" computing practices.
4 Ways to Ensure a Smooth Windows 10 MigrationCitrix
This document discusses 4 ways that Citrix Workspaces can help ensure a smooth migration from Windows 7 to Windows 10. It addresses challenges such as application compatibility, managing BYOD devices, ongoing desktop management, and securing company data. The solutions proposed are: 1) launching applications from a centralized data center to test compatibility before migration, 2) using unified endpoint management to easily deliver updates across devices, 3) taking advantage of desktop virtualization to easily rollout updates from a central location, and 4) using secure cloud storage to free data from devices and provide access from any location.
Block provides a Medical Desktop as a Service (MDaaS) that allows clinical and frontline healthcare staff to access applications, resources, and patient information from any device in a secure manner. MDaaS is designed to address challenges like long login times, multiple passwords, and limited mobile access. It provides always-on access through intelligent packages tailored for different user roles. This enables staff to spend less time on administrative tasks and more time on patient care.
Whitepaper: Leveraging the Cloud to Enhance an Enterprise Imaging StrategyCarestream
Healthcare providers are facing increasing pressure from exponential growth in medical imaging data. This document discusses how some providers are leveraging the cloud to enhance their enterprise imaging strategies. It describes how the Long Beach Memorial Medical Center uses cloud storage for disaster recovery of imaging data. It also discusses how Winthrop-University Hospital archives older imaging studies in the cloud. The cloud provides benefits like scalability, accessibility of data, improved security, and cost-effectiveness. As cloud solutions mature, more healthcare organizations are incorporating the cloud into their imaging strategies.
Meander Medisch Centrum (MeanderMC), a hospital group in the Netherlands, implemented a virtual desktop infrastructure (VDI) using Citrix XenDesktop on Cisco UCS blade servers to improve access to healthcare services and information while lowering costs. The new solution increased application performance by 200%, accelerated new service deployment by 400%, and raised server utilization by 40% while reducing costs. Staff now have fast, secure access to resources from any location.
This document discusses mobile device management for healthcare organizations. It notes that mobile devices are increasingly being used in healthcare but also present challenges related to security, privacy, and compliance. The document advocates a solution of implementing policies, providing education to users, and using mobile device management tools to discover, manage, and secure devices and the data on them. This approach aims to balance enabling mobile technology while mitigating risks.
Virtual Clustered Multiprocessing (vCMP) allows administrators to segment physical ADC resources into independent virtual ADCs. It provides true isolation between instances through a purpose-built hypervisor designed specifically for F5 hardware and software. This deep integration enables high performance virtual instances without sacrificing reliability. It allows organizations to independently operate and manage virtual instances while maintaining interoperability with existing equipment.
Enterprise Case Study: Enabling a More Mobile Way of Working Citrix
Worldpay implemented Citrix XenMobile to enable a more mobile workforce and reduce IT complexity. By analyzing employee behaviors, Worldpay determined mobile users primarily consumed content rather than created it. Worldpay deployed XenMobile across all Citrix users to provide new mobile capabilities and transform how employees worked. This involved an upfront investment but was expected to save costs over three years. The implementation allowed employees to access corporate resources remotely using their own devices.
The document discusses the challenges healthcare providers face in managing the large amount of medical imaging data being generated. There has been exponential growth in medical imaging data due to factors like an aging population, improved technology, defensive medicine practices, and data retention requirements. This massive amount of data strains healthcare organizations' storage capabilities and makes accessing and sharing images between providers difficult. The document introduces cloud services as a potential solution that could help hospitals better manage resources and provide improved access and sharing of medical images.
The document discusses how a modern datacenter can help healthcare organizations achieve strategic health objectives like improving patient care and reducing costs through an intelligent infrastructure. It outlines barriers organizations face like high costs and slow reactions to business needs. The modern datacenter provides agility through public and private cloud, security and compliance, and unified management of applications, data, and devices. It allows healthcare workers to focus on patient care rather than infrastructure management. Microsoft provides tools to build such an intelligent infrastructure and help organizations overcome barriers to reach their health goals.
I. What can be expected with Meaningful Use
II. Two possible workflows for compliance
III. Three components of Meaningful Use data
IV. What does Meaningful Use mean for radiology?
V. How CARESTREAM RIS can help
VI. Meaningful Use compliance with RIS
Additional Meaningful Use resources:
A. Meaningful Use Podcast Series
i. Keith Dreyer, DO, Ph.D, Massachusetts General Hospital
ii. Steven Fischer, CIO, Center for Diagnostic Imaging
B. Webinar
i. Keith Dreyer, DO, Ph.D, Massachusetts General Hospital
ii. Marjorie Calvetti, Administrative Director, Radiology, Memorial Medical Center
C. Whitepaper: Customizable CARESTREAM RIS Enables US Facilities to Meet Meaningful Use Requirements
For more about Carestream RIS, visit http://www.carestream.com/ris
To improve value and minimize patient exposure to ionizing
radiation, healthcare providers’ use of medical imaging must
be prudent and appropriate. The cornerstone of value-based
imaging is technology that provides broad access to patient
reports and images, enhancing communications among
physicians and with the patient while protecting patient data.
This is the role of the enterprise viewer. www.carestream.com/motion
This document discusses a new medical imaging system called CMI that aims to simplify storage, viewing, and exchange of radiology images. It notes disadvantages of traditional PACS systems like being distributed, non-secure, requiring compression/decompression, and being expensive. CMI claims to centralize images in a secure location and deliver uncompressed true images anywhere in real-time. It also turns any device into a workstation, has strong security features, and offers pay-per-study pricing that is more affordable than competitors like GE and Phillips.
Cloud eHealth in Medical Imaging & RadiologyCarestream
The document discusses how cloud-based infrastructure can support various healthcare workflows. It provides two case studies:
1) Maasstad Hospital in the Netherlands used the cloud to archive radiology images and consolidate clinical data to avoid managing storage itself.
2) Imadis, a French teleradiology company, used the cloud to enable a dedicated reading workflow and ensure performance, security, and 24/7 support for emergency readings.
The cloud infrastructure allows customization of workflows while outsourcing complexity to cloud providers and avoiding large capital investments. This flexible model is positioned to support diverse healthcare needs going forward.
Carestream’s Vue Motion provides on-demand access to patient images throughout and beyond the healthcare enterprise and it is easily adapted to work with healthcare IT systems already installed. http://www.carestream.com/motion.
For more information, please visit us at: http://www.carestream.com/vue
“This is a business with a 24x7x365 requirement for uptime that faces more challenges
than many: there is the potential for product spoilage coupled with the need to deliver
fresh food; the high cost of real estate...
Consolidating and Standardizing Enterprise ImagingDiane Hunt, MBA
A healthcare marketing campaign called "Not What You Think", to drive hospital consolidation and standardization with Canon products. Developed by Diane Hunt, MBA and the Canon Team.
Imaging in the Cloud: A New Era for RadiologyCarestream
A look at how cloud computing is helping the medical imaging industry. The cloud is changing old mindsets, and allowing technologies, such as a vendor-neutral archive (VNA), to make health facilities more efficient and provide higher quality care.
The document provides a date of May 9, 2011 but does not include any other details such as the purpose, topic, or main points discussed on that date. It appears to be a very brief document that solely lists a date without providing any other contextual information about what occurred or was discussed on May 9, 2011. Based on the limited information given, the document does not have enough content to generate a more detailed summary beyond stating the date listed.
Este documento presenta la planificación de la asignatura Planificación Curricular I de la carrera de Educación Básica de la Universidad Técnica de Ambato. Incluye la caracterización de la asignatura, objetivos, contenidos, metodología y sistema de evaluación. Los contenidos se organizan en cinco unidades temáticas que abordan conceptos sobre pedagogía crítica, currículo educativo, elementos de la estructura curricular, planificación por bloques curriculares y comparación del currículo de primer año de EGB.
Going outside and being immersed in nature can have many positive influences on your mental health. Studies show that being in nature is essential for mental wellbeing.
Cronología del derecho laboral venezolano..GENESIS MENDEZ UFT SAIALourys Miquilena
UNIVERSIDAD FERMÍN TORO
VICE-RECTORADO ACADÉMICO
FACULTAD DE CIENCIAS JURÍDICAS Y POLÍTICAS
ESCUELA DE DERECHO
DERECHO DEL TRABAJO Y DE LA SEGURIDAD SOCIAL
Autores:
Genesis Méndez
Docente Abg. Jorge Paredes
Sección: SAIA C
Barquisimeto, 28 Noviembre 2016
Coastal Erosion risk Analysis- Bhola District, Bangladesh_FinalMichael T
This document summarizes a coastal erosion risk analysis conducted in Bhola District, Bangladesh. The study area experiences significant coastal erosion due to factors like river discharge, strong tides, storms, and sea level rise. The objectives were to identify erosion hotspots and rank areas to prioritize disaster reduction plans. Data on land use, population, infrastructure, and hazards was collected and analyzed using GIS. Hazard, exposure, and risk maps were produced. The northern areas face higher erosion rates and risk due to greater exposure from population, development, and infrastructure. Adaptation strategies focused on resilience in northern areas and hazard mitigation in southern areas were recommended.
Aula ministrada na Unisinos, por Lara SelemLara Selem
O documento discute estratégias para advocacia, abordando tópicos como mercado jurídico, pilares da advocacia, planejamento estratégico e alavancagem. Apresenta conceitos como gestão estratégica, análise SWOT, estratégias de sobrevivência, manutenção, desenvolvimento e crescimento.
Fachhochschule Nordwestschweiz (FHNW), the University of Applied Sciences Northwestern Switzerland, brings its expertise in Data Management and Information Processing, Usability Engineering and Data Visualization into the SUPERSEDE project.
This short presentation gives an overlook about FHNW and its role in the SUPERSEDE project.
This document summarizes recent studies that used mass spectrometry-based phosphoproteomic techniques to identify phosphorylation sites on voltage-gated ion channel subunits in mouse brain. It compiled data from four such studies identifying a total of 347 phosphorylation sites on 42 different ion channel subunits. This dataset provides new insights into the regulation of ion channels by reversible phosphorylation and sites that can be explored for their functional roles. The studies utilized various fractionation and enrichment methods followed by high-resolution mass spectrometry to identify phosphopeptides in mouse brain samples.
Optimizing patient care with Citrix XenApp & XenDestopCitrix
Centrally manage EHR apps in the datacenter, enabling easier app updates, simpler compliance and instant access by clinicians using any device.
Learn more: http://www.citrix.com/health
Significant Advantages of Cloud Computing.pdfShelly Megan
Cloud computing in healthcare offers numerous benefits like easy collaboration, seamless interoperability, new avenues of Big data implementation, data analytics, medical research, reduced data storage, and operational costs, elevated patient experience, enhanced scalability, and improved data security.
Virima has helped many healthcare clients with post-merger woes especially those hospitals, clinics and imaging facilities don’t come together seamlessly, especially in the IT realm.
The document discusses Report2Web, a web-based report management and distribution solution that allows organizations to securely publish and deliver reports and documents from across disparate systems to the right recipients. It consolidates information from various applications and formats in a central place for easy access. This saves companies time and money by improving productivity and decision making as knowledge workers no longer have to spend time searching for documents. It also enables regulatory compliance by automatically archiving documents and providing audit trails.
Comparison Between SaaS and On-Premise Services in Healthcare IT SolutionsEzovion
There are many different ways in which healthcare services can implement customer relationship management or enterprise resource planning software. With Software-as-a-Service (SaaS) and other cloud-based models on the rise, many enterprises are trying to determine the most suitable implementation type.
Check out the significant differences and how you can use them to your enterprise’s advantage.
Related Resources:
https://ezovion.com/comparison-between-saas-and-on-premise-services-in-healthcare-it-solutions/
https://ezovion.com/data-migration/
Citrix Customer Story: Southcoast Health SystemCitrix
Southcoast Health System employs approximately 7,000 workers, including 300 physicians and 250 visiting nurses, and it provides a wide range of medical services at each campus to
streamline the patient care experience. Discover how they use Citrix to do just that.
This 18-month roadmap outlines the OnBase solutions that will be released each quarter to support various healthcare processes. Key solutions included are Release of Information, Paperless Patient Registration, Deficiency Management, Medical Records Management, Computer Assisted Coding Integration, and more. The roadmap covers solutions for clinical documentation, revenue cycle management, records management, and other areas.
Freedom RIS is a radiology information system created by Innowave that manages radiology workflows. It integrates tightly with Innowave's Freedom PACS and supports both on-premise and cloud deployments. Freedom RIS offers features like patient scheduling, billing, report distribution and analytics to streamline clinical and administrative workflows and improve efficiency, productivity and revenue.
eBook - Top Ten Reasons Cloud Computing is Inevitable in DentistryNextGen Healthcare
This eBook provides a list of reasons behind the certainty of the cloud and cloud based technology in dentistry, and provides the "top ten" reasons for dental professionals to move their electronic dental record (EDR) and practice management (PM) data management systems to the cloud.
When the pandemic happened, this prominent healthcare provider from the Tri-State area couldn’t rely on their painfully slow and inflexible systems to create meaningful customer experiences. They partnered with TVS Next to rapidly modernize their systems and increase their appointment booking capability by 2000%, winning the hearts of the community they served.
Future of Digital Healthcare on Cloud .pdfayushiqss
Healthcare has been an integral part of the discussion and a transformative force towards innovation. With increasing advancements and awareness, people are becoming more conscious about their choices, what they eat, and where and how to get the best treatment facilities. This brings the need to provide the best healthcare services, disease detection, and the right treatment, with the best tools and hospital staff. The internet has played a significant role in serving such kinds of top-notch consumer needs. One of these internets of things is Cloud Technology. Let’s look at cloud computing in healthcare, models of cloud computing and how it has transformed the digital healthcare sector.
Save Time and Money with Web-Based Billing Software.pdfssuserbed838
As medical practices and healthcare organizations strive to optimize their revenue management, the adoption of web-based medical billing software has become increasingly popular.
Freedom RIS is a radiology information system designed to address the workflow needs of radiology departments. It integrates tightly with Innowave Freedom PACS and other image management platforms. Freedom RIS offers features to streamline clinical and administrative workflows, improve efficiency, and increase productivity. These features include scheduling, billing, report distribution, and workflow management capabilities. Freedom RIS also integrates with other systems like EMRs and imaging modalities.
Freedom RIS is a radiology information system developed by Innowave Healthcare that is designed to address the workflow needs of radiology departments. It offers a fully web-based, paperless system that streamlines clinical and administrative workflows. Key features include scheduling, billing, report generation, speech recognition, and integration with PACS and other systems. Freedom RIS aims to improve efficiency, productivity, and revenue while ensuring security and regulatory compliance for radiology enterprises.
Freedom RIS is a radiology information system designed to address the workflow needs of radiology departments. It integrates tightly with Innowave Freedom PACS and other image management platforms. Freedom RIS offers features to streamline clinical and administrative workflows, improve efficiency, and increase productivity. These features include scheduling, billing, report distribution, and workflow tracking throughout the imaging process. Freedom RIS also integrates with other systems like EMRs and imaging modalities.
Impact of Cloud Computing in Transforming the Healthcare IndustryLucy Zeniffer
Cloud computing is revolutionizing healthcare.expand_more It fosters collaboration among providers, improves data access for patients, and empowers remote patient monitoring.expand_more By offering scalable storage and processing power, the cloud facilitates cutting-edge advancements like AI in medicine, all while potentially reducing healthcare costs.
Adventist Health owns 19 hospitals across several western states with over 22,500 devices that needed to be centrally managed. Each hospital previously managed their own endpoints separately. Adventist Health deployed Symantec Client Management Suite to centralize management from a single console. This allowed them to reduce software applications in use from over 6,500 to 500, lower costs, improve patch compliance from 80% to 97%, and manage devices more efficiently across all locations.
The Delivery of Web Mining in Healthcare System on Cloud ComputingIOSR Journals
This document discusses delivering web mining services in healthcare systems using cloud computing. It proposes a model where a cloud-based web server would provide various healthcare-related data and services that could be accessed anywhere, anytime through internet-connected devices. Key benefits identified include unlimited storage, lower costs, automatic software integration, backup/recovery, and increased scalability and speed compared to traditional systems. The proposed approach involves extracting data from websites, cleaning and integrating it into a database, then allowing users to access the information remotely through the cloud server. This could help with tasks like comparing product prices from different suppliers to purchase items more cost effectively.
Cloud computing in healthcare industry.pdfMobibizIndia1
Electronic Medical Records or EMR is a mandate that leverages businesses to welcome cloud-based solutions for securing and storing a high volume of patient data. The good part is that cloud solutions cannot don't need to replace the existing data to incorporate new data into the cell.
1. Virtual Desktop Environment
Saves EHR Access Time for Nurses
in Clinical Care Setting
Overview
Willis-Knighton manages a network of hospitals, clinics and
physicians for the provision of emergency care, women’s
services, cancer care and pediatric services to patients in
communities surrounding its 13 health center offices. The
IT staff at Willis-Knighton Medical Center in Shreveport,
Louisiana, began to look at desktop virtualization as a means
to make nurses’ interaction with their workspaces much
more efficient and productive to improve patient care. But
first the organization had to be convinced that a virtual
desktop infrastructure would run reliably and cost-effectively
in its demanding clinical-care setting, where fast and secure
access to electronic health records (EHR) and other systems
must be available 24/7/365.
The Challenge
The Willis-Knighton Medical Center IT staff wanted to
enable nurses to access and update patient records and
consult orders immediately, while they were in the patient’s
room, instead of having to walk back to the nurses’ station
each time. Lessening the amount of time nurses spend on
administrative tasks would allow them to spend more time
delivering critical patient services. In addition, nurses could
also be more productive if they could access a personalized
workspace tailored to their role and duties, as opposed to
working with the standard, non-customized interfaces that
are common when computer hardware is shared.
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Organization:
Willis-Knighton Medical Center
Virtual Desktop Users:
1,300, scaling to 4,000
Product:
ProfileUnity™ with FlexApp™
Customer Profile
“ProfileUnity makes it easy to manage
profiles for users with files and applications
stored in different places...our logins are
faster now, because all the user profile
information is kept in one place and is
delivered to the desktop from server-class
hardware.
- Brandon Graves
IT Team Member, Willis-Knighton
2. However, while convenience and personalization
were important considerations, those objectives
needed to be balanced against equally
important concerns, including system reliability,
responsive performance and HIPAA compliance.
Nurses and other clinical staff at Willis-Knighton
routinely access the electronic health record
(EHR) system, which is the primary source
of patient information and care instructions.
Therefore, EHR system performance on virtual
desktops was a key consideration. Affordability
is also important, since mandatory EHR
expansion and other regulatory requirements
limit the dollars available for general IT system
maintenance and upgrades.
“When we proposed converting to virtual
desktops for our nurses there was some
resistance because of the up-front cost,”
said Brandon Graves of the Willis-Knighton
IT team. “But when our administrators saw
how much virtual desktops could reduce our
maintenance costs, we got approval to go
forward.”
Simplifying application management was a
big part of the appeal of virtual desktops.
Instead of having to install updates on each
PC individually, Willis-Knighton could simply
install the update on the golden image
accessed by virtual desktop users. Application
layering would save more time when Willis-
Knighton needed to provide specific users
with access to applications that were not
included in the golden image.
Willis-Knighton already had some experience
running a virtual desktop environment and
had experienced some limitations that had
to be fixed before the IT staff could move
forward on migrating hundreds of nurses to
virtual desktops. VMware Horizon View VDI
provided limited visibility into performance, a
situation that worried Willis-Knighton because
it would have to be able to quickly detect and
prevent potential resource contention problems
if it was going to scale to a large user base.
While Willis-Knighton was deciding whether
a large-scale virtual desktop environment
could meet its user and performance needs,
this decision was coinciding with a number
of other major transitions. A scheduled PC
refresh was coming up, and a move from the
existing EHR system, MEDITECH, to Cerner was
also in the plans. The hospital had to evaluate
whether virtual desktops would provide the
high performance and reliability needed for
its both current and future EHR management
and whether a physical or virtual desktop
infrastructure would be cost-effective long term.
Besides these major concerns, Willis-Knighton
also had many smaller details to consider.
“Printing was one of our main concerns,” said
Graves. “Our nurses go from room to room,
station to station, so they are exposed to a lot
of printers. We didn’t want them to have to
scroll through all their possible printers every
time they needed to print something. When we
contacted VMware to get some help, they told
us that had never seen a printer list that large.”
To sort through these issues Willis-Knighton
began working with RoundTower Technologies, a
systems integrator and Liquidware Labs partner,
which specializes in helping clients create
modern, converged infrastructures.
www.liquidwarelabs.com October 2016
3. “Brandon and his team at Willis-Knighton
really challenged us to give them multiple
options, provide proof of how various systems
and configurations would perform, and
to consider the impact of many technical
details,” said Eduardo Molina, a Consulting
System Engineer for the End User Computing
and Mobility practice at RoundTower. “They
were great to work with, and the experience
resulted in an outstanding virtual desktop
infrastructure especially is such a challenging
environment.”
The Solution
Working together, Willis-Knighton and
RoundTower Technologies designed a
virtual desktop environment that would
meet both the hospital’s current and future
requirements. The key to making Willis-
Knighton’s desktops able to scale was to
deploy non-persistent VMware Horizon
virtual desktops, along with Liquidware Labs’
ProfileUnity user experience management
solution. The combination provided the
functionality to meet Willis-Knighton’s
objectives for desktop virtualization.
ProfileUnity offers advanced, sophisticated
features that solved Willis-Knighton’s printer
management challenge, gave nurses a
personalized, familiar “follow me” Windows 7
desktop in any patient room or nurse’s station,
and managed application delivery in a way
that simplified desktop image management
and lowered software maintenance costs.
ProfileUnity also made logins faster, which
saves time for busy nurses.
ProfileUnity provides context-aware filters
and triggers for granular control over the
users’ desktop experience. The solution
automatically manages folder redirection,
and importantly for Willis-Knighton, provides
location-aware printing options. Nurses
are automatically presented with the most
convenient printers to use based on their
location, instead of having to scroll through the
long list of printers that are available throughout
the hospital. For administrators, ProfileUnity
has features for application rights management,
registry management, security, script execution,
desktop inventory data collection and more.
“We really liked ProfileUnity’s FlexApp
application-layering technology,” said Graves.
FlexApp is an application-layering solution
that can be used on its own or to complement
application virtualization solutions such as
VMware ThinApp and Microsoft App-V, which
use isolation technology. By contrast, FlexApp
does not isolate applications but “packages”
them by leveraging a packaging console that is
connected to the ProfileUnity console at login.
During the creation of FlexApp Layers,
application installs are redirected to virtual disks
(either VHDs or VMDKs), resulting in individual
application layers. Using FlexApp can reduce the
number of master desktop images that must
be maintained to only a very few, with the rest
of the applications required by a staff member
delivered to them on demand, as needed, when
called to launch the application.
FlexApp layers “look” native to the Windows OS
and to other dependent applications. Complex
applications with multiple dependencies (such as
Microsoft Office, iTunes, QuickBooks and Adobe
Creative Suite) can be delivered successfully via
FlexApp, as can EHR applications, making the
solution ideal for healthcare organizations, such as
Willis-Knighton.
www.liquidwarelabs.com October 2016