Holland Recycling is the ideal business partner for the disposal of old IT equipment. We unburden companies, institutions and organizations completely through responsible electronics recycling. A wide range of business and financial service providers, as well as government agencies, entrust us with their electronics and electrical appliances. In 2015, Holland Recycling Electronics obtained the WEEELABEX certificate and IT recycling has become our core business. We dispose of IT waste in a CSR-responsible manner. For example, Holland Recycling works with employees who are at a distance from the regular labor market. Our employees are internally trained and skilled.
Organizations with a lot of confidential information, such as banks, hospitals and even the military, therefore choose Holland Recycling. And while speed is important to us, reliability in disposal and certified destruction is paramount to us. By thinking along in the chain for years, Holland Recycling has been able to optimize the work process to perfection. This pays off for all relationships involved. Intensive contacts with other circular companies in the chain ensure the competitive yield.
With tts performance suite at your side, you can bundle your entire reservoir of business knowledge in one source. And you can also deliver this knowledge 'just in time', where it is needed - directly in the digital workplace and precisely tailored to the specific work context and role. This way you can be sure that your employees have access to exactly the individualized support they need when dealing with new applications, technologies and processes. Time-consuming searching for information is no longer necessary, because it is already available at the important moment when it is needed.
Use tts performance suite to easily assign step-by-step instructions for all Windows and web-based applications to specific tasks encountered during day-to-day work with such programs. Our software recognizes the work context and role of the specific employee and thus provides relevant knowledge about processes, workflows, rules & procedures together with digital training materials and company-specific basic knowledge - all perfectly suited to the task. Other knowledge sources can also be integrated into this system. tts performance suite thus functions as a central portal for all questions and becomes the only source of truth for the user.
Software licenses are legal agreements between the software owner (usually the developer or software company) and the user of the software. A software license defines the terms and rights under which the software may be used, copied, distributed, modified and exploited.
Software licenses are essential as they provide the legal basis for using software and protecting the developer's intellectual property rights. By accepting a software license, the user agrees to abide by the terms and restrictions set by the licensor.
There are different types of software licenses, including:
Proprietary Licenses: These are licenses granted by the copyright holder of the software, and contain restrictions on the use and distribution of the software. Users may use the software only within the limits set forth in the license agreement. Examples of proprietary licenses include the end-user license agreement (EULA) commonly found with commercial software products.
Open Source Licenses: Open source licenses make the source code of the software available to the public and give users the right to freely use, modify and distribute the software, provided they also make their changes publicly available. Well-known open source licenses are, for example, the GNU General Public License (GPL) and the MIT License.
Freeware and Shareware: Freeware refers to software that can be downloaded and used for free without charge, but the copyright holder still retains all intellectual property rights. Shareware is software that is free to download and use for a limited trial period, but requires payment for unlimited use after that period.
Software licenses are important because they protect the rights of the users and the owner of the software and provide clarity about what is and what is not allowed with regard to the use of the software. When using software, it is essential that users read and understand the license agreements in order to meet legal requirements and comply with the terms of the license.
Speech recognition in healthcare refers to the use of technology to convert spoken language into text. It is an advanced form of artificial intelligence (AI) that allows spoken words to be converted into written text, using specific algorithms and models. In the healthcare context, speech recognition is used to support medical professionals in capturing voice-driven notes, medical records, and other relevant information.
How speech recognition works in healthcare:
Voice recording: Medical professionals, such as doctors or nurses, speak their notes and reports into a microphone or a device equipped with a speech recognition system.
Speech-to-text conversion: The speech recognition system analyzes the recorded speech and converts it into written text. This process includes identifying spoken words, sentence structures, and other linguistic elements.
Word processing: The converted text is processed and included in the electronic health record (EHR) or other medical documents.
Benefits of speech recognition in healthcare:
Save Time: Speech recognition enables medical professionals to quickly and efficiently record notes and reports, which can save them valuable time.
Accuracy: Modern speech recognition systems have a high accuracy in converting spoken language to text, reducing the risk of errors in medical documentation.
Hands-free working: Speech recognition enables hands-free working, freeing up medical professionals' hands to perform other tasks while capturing information.
Improved Documentation: Using speech recognition, medical professionals can create more detailed and comprehensive documentation, which can contribute to a better understanding of patient health and treatment plans.
Accessibility: Speech recognition can make it easier for medical professionals with physical limitations to capture information without having to use a keyboard.
Speech recognition technology is becoming increasingly sophisticated and is widely used in healthcare to make the work of medical professionals easier and improve the efficiency and accuracy of documentation. It can be a valuable tool for managing medical records and improving the overall quality of healthcare.
A Virtual Desktop Infrastructure (VDI) is a technological solution that makes it possible to create and manage virtual desktops for users via a central server. VDI allows users to access their desktop environment and applications from various devices, such as laptops, tablets and thin clients, over the Internet or a local network.
The VDI concept revolves around separating the user interface (desktop) from the physical hardware. Instead of the desktop being hosted on a local computer or laptop, it is hosted on a powerful server in the data center. The user connects to the virtual desktop on the server via a thin client (a lightweight device with limited processing power) or another device.
How does VDI work?
Virtual Machines (VMs): In a VDI environment, multiple virtual machines are created on a powerful server in the data center. Each virtual machine functions as a separate desktop environment and has its own operating system and installed applications.
Connect: Users can connect to their assigned virtual desktops through a VDI client software on their device. This client software acts as a bridge between the user and the virtual desktop on the server.
User experience: Once users are connected, they can use their virtual desktop as they would on a local machine. They can access their files, applications and settings as if they were working directly on their device.
Main advantages of VDI:
Centralization: VDI centralizes desktop management, making it easier for IT teams to perform updates, patches, and software deployments. This can reduce IT maintenance costs.
Flexibility: Users can access their virtual desktops from any device and location, enabling mobility and flexible working.
Security: Because the desktop environment and data reside on a secure server, VDI can help improve security and data protection.
Cost savings: With VDI, organizations may be able to save costs on hardware because less powerful devices such as thin clients can be used.
Rapid provisioning: New virtual desktops can be quickly created and assigned to users, making it easier to set up new employees and create temporary desktops for specific projects.
VDI is widely used in business environments, educational institutions, healthcare and other industries where flexibility, security and efficient management of desktop environments are essential. It is a powerful technology that enables organizations to create a modern, secure and scalable work environment for their users.