Manish Jain Bücher

Die Bewertung des Kariesrisikos des Patienten ist ein wichtiger Faktor in der Strategie des Kariesmanagements. Heutzutage wird der Bewertung des Kariesrisikos immer mehr Aufmerksamkeit geschenkt. Es stehen verschiedene Modelle und Tests zur Verfügung. Die Behandlung und Vorbeugung von Karies sowie die Recall-Intervalle sollten sich nach dem Kariesrisiko des Patienten richten. Die Vorbeugung von Karies und die Remineralisierung von Anfangsläsionen sind kosteneffiziente Behandlungen. Sowohl für den Patienten als auch für den Zahnarzt ist es von Vorteil, eine Kariesrisikobewertung durchzuführen. Halten Sie den gesunden Zahn gesund.

Discover how to leverage modern Unix even if you’ve never worked with Unix before. This book presents everything in conceptual terms that you can understand, rather than tips to be committed raw to memory. You will learn everyday tasks ranging from basic system administration—partitioning and mounting filesystems, software installation, network configuration, working from the command line) — to Bourne shell scripting, using graphical applications, as well as fanciful things such as emulation layers for Windows and Linux and virtualization with VirtualBox. It’s now 50 years since the creation of Unix but it is still growing. As Unix now moves to everyone's OS (open-source FreeBSD/Linux), it is the perfect time to start your journey with Beginning Modern Unix as your guide. What You'll Learn Live comfortably in a modern Unix environment, both on the command-line and in the graphical world. Choose the right hardware for Unix Work with Unix in real world settings Develop Unix applications Review advanced techniques in Shell scripting Who This Book Is For Everyone who uses a computer – those who intend to migrate to Unix as well as those who are worried about migrating to Unix, perhaps fearing it is a pure command-line or ‘difficult’ world.

The High Performance (HiPer) Switch Architecture offers a detailed engineering approach modeled in C++ and VHDL, showcasing advanced traffic management for ATM networks. It achieves a remarkably low Cell Loss Ratio of 1.0x 10-8 with a 64-cell buffer under a high-traffic scenario. The design, implemented in a 0.5 m CMOS VLSI process, demonstrates a peak throughput of 200 Mbps per output port. The architecture effectively manages diverse applications such as voice, video, and data, emphasizing traffic and congestion control strategies to meet specified quality of service (QoS) requirements.

The book focuses on the design of a solitary chip Asynchronous Transfer Mode (ATM) switch utilizing Very Large Scale Integration (VLSI) technology. It explores various buffering techniques to address conflict issues in ATM switching and presents a VHDL model to validate functionality. An 8x8 switch design is detailed, employing a 0.5 m CMOS VLSI process, achieving a peak throughput of 200 Mbps per output port. The text emphasizes the importance of managing network traffic and resource allocation for diverse applications, ensuring quality of service (QoS) for users.