Wireless Networks. The mRDC Service involves electronic transmission of information across wireless networks that are not under our control. You acknowledge that we cannot be responsible for the privacy, security or accuracy of your wireless data transmissions. By choosing to use the mRDC Service, you assume all risk that an item may be intercepted, misdirected, corrupted or lost prior to receipt by us.
Wireless Networks. Personal Information shall be encrypted when transmitted over any wireless network.
Wireless Networks. Protected Purchasing Entity Information shall be encrypted when transmitted over any wireless network.
Wireless Networks. A growing number of OTN members are exploring the possibilities of telemedicine over wireless networks within the healthcare site. Wireless technology offers significant advantages in terms of mobility and convenience, for applications such as PC-based videoconferencing, real-time collaboration, or clinical consultations via mobile telemedicine cart. However, before you introduce wireless technology into your telemedicine practice, you should be aware of its inherent risks. It is important to understand the privacy and security risks inherent in the use of wireless technology in the telemedicine environment. A wireless system is more difficult to secure than an equivalent wired system for the following reasons: Wireless signal propagation. In a wired system, a communication signal is confined to the wire on which it is transmitted. In order to intercept the signal, a receiving device must be attached directly to the wire. In a wireless system, a communication signal is broadcast over an extended spatial area, and anyone within that area, using an appropriate receiving device, will be able to intercept the signal. Encryption requirements. In order to preserve the confidentiality of information transmitted over the wireless medium (which is inherently susceptible to eavesdropping), the information must be encrypted. A secure wireless encryption scheme is difficult to design and implement, leading to the frequent absence of encryption capabilities in real-world wireless systems, as well as numerous weaknesses in systems that do provide these capabilities. Interference and jamming. Because wireless signals propagate over an extended spatial area, it is easy for two signals to interfere with each other, causing both to become corrupted. Interference may be caused by other wireless sources in the area, leading to degradation in the performance of a wireless system. Furthermore, a malicious attacker may intentionally generate a strong wireless signal designed to interfere with a wireless system, in order to prevent it from operating. As a health information custodian, you are required under the Personal Health Information Protection Act (PHIPA) to take reasonable steps to ensure the security and privacy of personal health information. These steps would include ensuring that policies, procedures and technical safeguards are in place at your organization to protect data transiting wireless networks. If you are planning to use wireless networking technology to...
Wireless Networks. (WI-FI) AND EMITTING TECHNOLOGIES
Wireless Networks. All Chromebooks, district owned and student owned, will remain on the LCUSD Wifi network during school hours. On other personal devices such as phones, students have the ability to connect to the Student Wireless Network. Classroom use of personal devices will remain at the discretion of each individual teacher. Students will be expected to follow the attached, updated acceptable use agreement for the district’s computer network and the Internet. Please read this updated Technology and Internet Acceptable Use Agreement carefully.
Wireless Networks. Designated Custodian must control, secure, and monitor wireless access points. In addition, Designated Custodian that offer wireless networks for network users must:
(i) Implement and keep up to date a strong Wireless Local Area Network (WLAN) Authentication method that meets or exceeds the current industry standard Encryption strength and technology;
(ii) Prohibit use of outdated wireless technologies such as Wired Equivalent Privacy (WEP);
(iii) At least annually, perform reviews of approved wireless networks to validate and verify authorized users and access points; and,
(iv) Password protect and control administrative access to the router.
Wireless Networks. Document Custodian must control, secure, and monitor wireless access points. In addition, Document Custodian that offer wireless networks for network users must:
(i) Implement and keep up to date a strong Wireless Local Area Network (WLAN) Authentication method that meets or exceeds the current industry standard Encryption strength and technology;
(ii) Prohibit use of outdated wireless technologies such as Wired Equivalent Privacy (WEP);
(iii) At least annually, perform reviews of approved wireless networks to validate and verify authorized users and access points; and,
(iv) Password protect and control administrative access to the router.
Wireless Networks. The “Third Generation Partnership Project” (3GPP) provides technical specifications and technical reports for a 3rd generation mobile system based on evolved GSM core networks and the radio access technologies that they support. 3GPP has defined four traffic classes based on delay requirements listed in Table 3. Table 3 3GPP QoS classes classification [56] Delay<150ms Delay<1s Delay<1s Not guaranteed Preserve time relation (variation) between information entities of the stream (stringent and low delay) Preserve time relation (variation) between information entities of the stream Request Response pattern. Preserve Payload content Destination is not expecting the data within a certain time. Preserve Payload content [18,19] describe a framework, based on the extension to the CADENUS framework [16], that can provide an effective, network independent, end-to-end QoS control. The framework describes how dynamic SLA-based control can be used to achieve end-to-end QoS in a wired and wireless (UMTS) environment. UMTS is a standard for third generation wireless networks that defines the four QoS traffic classes mentioned above i.e.: - Conversational: provides strict delay guarantees, used for voice and video applications. - Streaming: slightly relaxed in terms of delays, used for streaming applications. - Interactive: follows a request response pattern and can justly provide qualitative guarantees.
Wireless Networks. You understand and agree that the Software and the Hive with which such Software is intended to interoperate each require simultaneous access to the same wireless network and that the configuration, settings and security of any such wireless network are entirely outside the control of Ubiq, and that Ubiq shall not be responsible or liable in any way for any damages that result from any improper configuration or settings or any security breach of such wireless network. Further, you understand and agree that Ubiq is not responsible for ensuring the security or integrity of the transmission of data over any such wireless network by and between the Software and the Hive and that Ubiq shall not be responsible or liable in any way for any damages that result from any loss, copying, theft, interruption or corruption of any data so transmitted.
