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The medical industry is faced with challenges such as increasing patient requirements, shortage of medical staff, and rising medical costs. Various medical institutions are adopting a large number of new application systems and new equipment, hoping to establish a set of centralized control and optimized workflow , To achieve more efficient and accurate patient treatment and care, and higher medical staff’s ability to work together, and reduce the operating expenses of the entire organization.
The medical industry is not unfamiliar to each of us. It is an indispensable part of our daily lives. As people’s awareness of health continues to increase, the medical industry is entering a new era with rapid development.
face the challenge
The medical industry is facing increasing demands from patients and increasingly fierce market competition. Medical institutions are now facing a series of important challenges, such as rising medical costs, increasing medical quality and medical safety requirements, population The imbalance of distribution and the aging of society bring about the shortage of medical resources, the shortage of medical staff, and the increasing requirements of patients on the quality of medical care, etc.
Faced with these challenges, various medical institutions are adopting a large number of new application systems and new equipment (EMR, PACS, HIS, CPOE, etc.), hoping to establish a set of centralized control and optimized workflow to achieve more efficient and accurate patients Treatment and nursing, and higher medical staff’s ability to work collaboratively, and reduce the operating expenses of the entire organization.
demand analysis
In order to solve the above problems, medical institutions need a network architecture to ensure that medical information can be transmitted in the medical system in a timely, accurate, reliable and safe manner. Therefore, the medical-grade network structure must have the following characteristics:
Reliable connectivity: Realize information sharing among different medical institutions through reliable connections, thereby improving medical efficiency and medical quality.
Powerful integration capabilities: By orderly running voice, video and data applications on a network, it provides more effective information communication and collaboration capabilities, thereby improving the efficiency of the use of medical resources.
Quick response capability: Provide high performance, high availability, high reliability and high safety guarantee for the development of key applications through a flexible and safe architecture, thereby improving the rapid response capability of the medical system.
Proposal
Based on its experience in providing network services for many medical institutions around the world, Cisco has proposed an infrastructure that meets the various needs of the medical industry-Cisco medical-grade network.
Cisco Medical Grade Network (MGN) defines a four-element network architecture optimized for medical applications. The Cisco medical-grade network can directly help medical institutions achieve workflow optimization and operational efficiency improvement. The four elements that make up a Cisco medical-grade network are: a resilient network, a secure network, a fast-response network, and an interactive network.
Resilient network
A resilient network must be a highly reliable network and a converged network. Various medical business application systems are running on the medical network, such as hospital information systems, medical imaging systems, electronic medical records, nurse calls, and so on. These systems are related to people’s life safety and physical health, and have extremely high requirements on the reliability of the network. Utilizing Cisco’s end-to-end network products and solutions, medical institutions can obtain a 7×24-hour high-availability network. At the same time, these medical business systems rely on a variety of communication and storage technologies, and have high requirements on whether the network can integrate multiple technologies. Using Cisco’s unified communication and storage solutions, voice, video, and data communication technologies can be stored with data. The integration of technologies improves the centralized management capabilities of the network and reduces the maintenance overhead of the medical network.
Secure network
Use Cisco firewall, IDS, self-defense/self-healing and other security technologies to realize user identity permission control, automatic completion of security vulnerabilities repair, automatic virus elimination, attack defense and automatic positioning functions, thereby providing medical institutions with network access Comprehensive protection capabilities from border to core. The fast response network medical network requires fast response in the following: Medical staff hope to get patient medical information and auxiliary diagnosis information everywhere, and item tracking needs to be kept at any time. Using Cisco’s storage network, VPN, wireless local area network, and unified communications solutions, medical institutions can share data and information, allowing medical staff in different locations to dynamically connect together for collaborative work using voice, video, and data communications.
Interactive network
The interactive medical network can greatly improve patient satisfaction, improve the work efficiency of medical staff, and carry out effective cross-departmental collaboration. Using Cisco’s unified communications solution, medical staff can communicate with patients, colleagues and other departments in a timely, full and intuitive manner through voice, video, WEB, email, instant messaging, etc., to complete the collection, analysis, and analysis of medical information. Diagnosis and treatment process, realize remote medical treatment, remote consultation, remote monitoring, improve the accuracy of diagnosis and emergency handling ability, and can solve the problem of uneven distribution of medical resources.
Solution advantage
The Cisco clinical communication solution system greatly simplifies the complexity of communication, and at the same time can help medical staff to find what they need in time and accurately, so as to optimize the workflow, improve work efficiency and patient care quality. The Cisco nurse call system provides improved communication capabilities and greatly improves the mobility of nurses, thereby optimizing work processes and improving work efficiency. The Cisco patient monitoring system integrates remote patient monitoring and rapid response functions. Location services provide RFID-based asset location capabilities, shortening the time for personnel location and device location. The Cisco Collaborative Medical System allows medical teams in different regions to collaborate and respond quickly in real time, providing patients with better diagnosis and treatment services.
The PLA General Hospital is the largest comprehensive hospital in the entire army. It integrates medical treatment, health care, teaching, and scientific research. It is one of the important health care bases of the country. For the diagnosis and treatment of intractable diseases in the arms, the hospital also treats local patients from all over the country.
The main purpose of the PLA General Hospital’s informatization construction is to further improve the quality of medical services and strengthen the hospital’s advantages in increasing morality. At the same time, the medical industry hopes to use informatization construction to improve the work efficiency of employees, improve the hospital’s collaborative work capabilities, and ultimately improve the Responsiveness of various medical services, and ultimately reduce the operating cost of the whole hospital.
solution
In order to achieve the above goals, the PLA General Hospital decided to adopt Cisco medical-grade network solutions to establish a converged IP network that integrates switching, IP communications, and wireless technologies, and finally realizes a mobile, fast-response, and interactive medical environment.
Application effectiveness
The People’s Liberation Army General Hospital covered 6 wards based on Cisco’s wireless access point AP, realizing mobile medical services. As a supplement to the wired LAN of the hospital, the wireless LAN effectively overcomes the disadvantages of the wired network, using PDA or tablet wireless computer to query and input vital signs data, medical care data, doctor rounds, bedside care, call communication, and nursing care anytime and anywhere. Surveillance, drug delivery and patient identification code recognition, wireless mobile phone applications, etc. The new application of wireless technology in medical treatment is playing an increasingly important role in improving the work efficiency of medical staff, improving the quality of life of treatment, and promoting the construction of digital hospitals.
The People’s Liberation Army General Hospital adopted the Cisco IP communication solution and built the first hospital network emergency command system in the whole army. The system integrates telephone, video and data networks into one network. In an emergency, it is the emergency command center of the hospital. It can hold multi-point conference calls and video surveillance anytime and anywhere, so that it is convenient to fully grasp the medical frontline emergency and emergency situation in a timely manner. Report in time and give command and order accurately. In daily work, it can be used as the hospital’s communication and conference center to improve work efficiency and reduce operating costs.
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