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Upcyclist : Reclaimed and Remade Furniture, Lighting and Interiors
Upcycling is the process of transforming seemingly low value items into something new.Today's upcyclists are creating stunning furniture, lighting and art objects that combine values of superb craftsmanship and design with ideas of how "waste" can be both inspiring and informing.While the environmental and financial benefits of upcycling are readily acknowledged here, these designers and makers show how the practice can result in pieces that are as aesthetically exciting as anything created using only raw materials.Based on the author's popular website, upcyclist.co.uk, this book extends far beyond the site's contents.Featuring hundreds of creations from an international collection of today's most exciting designers, the book is organised by material, with chapters dedicated to wood, metal, glass and ceramics, textiles, plastic, paper and mixed media.Reclaimed tree branches and barn doors are transformed into exquisite pieces of furniture; bicycle chains into chandeliers; t-shirts into rugs; saris into upholstery.Filled with an enormous range of materials and objects, this unique book will inspire any designer or design-conscious consumer to incorporate upcycling into their creative practice or interior design projects.
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Network Design for IP Convergence
The emergence of quality-of-service (QoS) mechanisms continues to propel the development of real-time multimedia services such as VoIP and videoconferencing.However, many challenges remain in achieving optimized standardization convergence.Network Design for IP Convergence is a comprehensive, global guide to recent advances in IP network implementation.Providing an introduction to basic LAN/WAN/MAN network design, the author covers the latest equipment and architecture, addressing, QoS policies, and integration of services, among other topics.The book explains how to integrate the different layers of reference models and various technological platforms to mirror the harmonization that occurs in the real world of carrier networks.It furnishes appropriate designs for traditional and critical services in the LAN and carrier networks (both MAN and WAN), and it clarifies how a specific layer or technology can cause those services to malfunction.This book lays a foundation for understanding with concepts and applicability of QoS parameters under the multilayer scheme, and a solid explanation of service infrastructure.It goes on to describe integration in both real time and "not real time," elaborating on how both processes can co-exist within the same IP network and concluding with the designs and configurations of service connections. Learn How to Overcome Obstacles to Improve TechnologyThis sweeping analysis of the implementation of IP convergence and QoS mechanisms helps designers and operators get past key obstacles, such as integrating platform layers and technologies and implementing various associated QoS concepts, to improve technology and standards.
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The Chip Is the Network : Towards a Science of Network-on-Chip Design
The Chip Is the Network reviews the major design methodologies that have had a profound effect on designing future Network-on-Chip (NoC) architectures.More precisely, it addresses the problem of NoC design in the deterministic context, where the application and the architecture are modeled as graphs with worst-case type of information about the parameters of the components influencing the network traffic.Rather than simply enumerating the proposed approaches, it takes a formal approach and also discusses the main features of each proposed solution.It then goes one step further by considering the design of NoCs with partial information available (primarily under the Markovian assumption) about the application and the architecture. Similarly to the deterministic context, it discusses various probabilistic approaches to NoC design and points out their advantages and limitations.Last, but not least, it looks at emerging approaches inspired from statistical physics and information theory.The formal approach adopted means the network concept is addressed in the most general context, pointing out the main limitations of the proposed solutions, and suggesting a few open-ended problems. The Chip Is the Network is an invaluable reference for the NoC research community and, indeed anyone from CAD/VLSI academe or industry with an interest in this emerging paradigm.
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Computer Networking : Enterprise Network Infrastructure, Network Security & Network Troubleshooting Fundamentals
If you want to PASS the CompTIA Network+ Certification, this book is for you! BUY THIS BOOK NOW AND GET STARTED TODAY! In this book you will discover:Network Concepts and ProtocolsCompTIA Network+ Exam InformationOSI Model & Network OperationsEncapsulation and the OSI ModelNetwork Protocols and Port NumbersDHCP, DNS & NTPSQL Database ProtocolsHow to Subnet NetworksIPv6 Address FundamentalsIPv6 SLAAC & IPv6 DHCPNetwork Address TranslationDynamic Host Configuration ProtocolDomain Name SystemEthernet CablingCoax Cabling and Cable TerminationFiber OpticsMultiplexing Fiber OpticsEthernet FundamentalsCSMA/CDDuplex and SpeedEthernet Frame FundamentalsEthernet Layer 2 OperationSpanning Tree ProtocolVLANs and Port AggregationHow to Route IP TrafficAddress Resolution ProtocolHow to Send Ping to Default GatewayHow to Build Routing TablesWireless Networking FundamentalsWireless 802.11 ProtocolsWireless Ethernet OperationWireless Topologies and ManagementWireless EncryptionCellular WirelessLayer 2 Devices and ServicesTraffic ShapingNeighbor Device DiscoveryLoad Balancer FundamentalsFirewall FundamentalsVoiP & SCADA SystemsNetwork MonitoringLayer 2 ErrorsFacilities MonitoringCollecting Network Monitoring & BaseliningNetwork Security FundamentalsThreats, Vulnerabilities & ExploitsHow to Reduce Threat ExposureDefense in DepthAuthentication, Authorization, and AccountingMultifactor AuthenticationNetwork Access ControlSecurity AssessmentsHow to Assess RiskHuman & Technical ExploitsWiFi Attacks & Rogue DHCP ServersPassword AttacksHow to Secure Layer 2Rogue DHCP Servers & Dynamic ARP InspectionHow to Secure Layer 3, 4 and 7Virtual Private NetworksRemote Desktop & Virtual Desktops ConnectionsNetwork Management OptionsSAN & Cloud ComputingCloud ServicesNetwork Troubleshooting FundamentalsHow to Establish a Theory of CauseHow to Test the Theory & Establish a Plan of ActionHow to Test, Verify and Document the SolutionHow to Identify and Troubleshoot Cable IssuesFiber Optic Cables & ToolsHow to use Ping, ARP & TracerouteHow to Capture TrafficWireless Troubleshooting & WiFi ToolsCommon Wireless IssuesConfiguration IssuesHow to Troubleshoot Routing IssuesHow to use Simple Network Management ProtocolHow to use NetflowHow to use SyslogHow to Document IT Procedures and PlansSecurity and Device Policies BUY THIS BOOK NOW AND GET STARTED TODAY!
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Which network should one use at home - public network, home network, or work network? Which is the safest?
For optimal security, it is recommended to use a home network at home. Home networks are typically more secure than public networks, as they are password-protected and offer more control over who can access the network. Public networks, such as those found in cafes or airports, are the least secure option as they are open to anyone and can be easily compromised by hackers. Work networks are secure but are typically designed for work-related activities and may have restrictions on personal use.
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Which network should one use at home - public network, home network, or workplace network? Which is the safest?
For optimal security, it is recommended to use a home network at home. Home networks are typically more secure than public networks as they are password-protected and controlled by the user. Workplace networks can also be secure, but they may have additional restrictions and monitoring in place. Public networks, such as those in cafes or airports, are the least secure option as they are open to anyone and can be easily compromised by hackers.
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Which network should one use at home - public network, home network, or work network? Which is the most secure?
For optimal security at home, it is recommended to use the home network. Home networks are typically more secure than public networks as they are private and can be customized with security measures such as strong passwords and encryption. Work networks are also secure, but they are designed for professional use and may have restrictions that limit personal activities. Overall, the home network is the most secure option for personal use.
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Which network should one use at home - public network, home network, or workplace network? Which is the most secure?
For the highest level of security, it is recommended to use a home network at home. Home networks are typically more secure than public networks, as they are controlled and managed by the homeowner. Workplace networks can also be secure, but they may have additional security measures in place that could restrict certain activities. Public networks, such as those found in cafes or airports, are the least secure option as they are open to anyone and can be more easily compromised by hackers.
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Network One Quad Gigabit Network Sharing RJ45 One Drag Four Network Port Expansion Network Splitter
Network One Quad Gigabit Network Sharing RJ45 One Drag Four Network Port Expansion Network Splitter
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Network One Quad Gigabit Network Sharing RJ45 One Drag Four Network Port Expansion Network Splitter
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LogiLink UA0178 network extender Network transmitter
LogiLink UA0178 network extender Network transmitter
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Which network should one use at home - public network, home network, or workplace network? Which one is the most secure?
For the highest level of security, it is recommended to use a home network at home. Home networks are typically more secure than public networks, as they are controlled and managed by the user. Workplace networks can also be secure, but they may have additional security measures in place that could restrict certain activities. Public networks, such as those found in cafes or airports, are the least secure option as they are open to anyone and can be more easily compromised by hackers.
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Why does Mercedes design the interiors so appealingly?
Mercedes designs its interiors to be appealing in order to create a luxurious and comfortable driving experience for its customers. The company understands that the interior of a car is where the driver and passengers spend most of their time, so they prioritize creating a space that is visually attractive, well-crafted, and filled with high-quality materials. This attention to detail helps to enhance the overall perception of the brand and contributes to the premium image that Mercedes is known for. Additionally, a well-designed interior can also contribute to the overall satisfaction and enjoyment of the driving experience, which can lead to increased customer loyalty and positive word-of-mouth.
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How do you wire a home network?
To wire a home network, you will need to plan the layout of your network, including the location of your router and the placement of Ethernet cables. Next, you will need to run Ethernet cables from the router to the various rooms in your home where you want to have network access. You can do this by either running the cables through the walls and ceilings or using surface-mounted cable channels. Once the cables are in place, you can connect them to wall jacks or directly to devices such as computers or smart TVs. Finally, you will need to configure your router and devices to ensure they are all connected to the network.
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How can a home network be compromised?
A home network can be compromised in several ways. One common method is through weak or default passwords on routers and other network devices, which can be easily guessed or exploited by attackers. Another way is through phishing emails or malicious websites that trick users into revealing their network credentials. Additionally, outdated software and firmware on network devices can contain security vulnerabilities that can be exploited by attackers. Finally, physical access to network devices, such as a hacker gaining access to a home's router, can also compromise a home network.
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