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In this book, we attempt to provide readers with effective and practical tools for interaction design These tools consist of principles, patterns, and processes Design principles encompass broad ideas about the practice of design, as well as rules and hints about how to best use specific user interface and interaction design idioms Design patterns describe sets of interaction design idioms that are common ways to address specific user requirements and design concerns Design processes describe how to go about understanding and defining user requirements, how to then translate those requirements into the framework of a design, and finally how to best apply design principles and patterns to specific contexts Although books are available that discuss design principles and design patterns, few books discuss design processes, and even fewer discuss all three of these tools and how they work together to create effective designs.

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additional overhead and complexity. The rich feature set of TCP is not required by every application one size does not fit all. For example, the Domain name Service (DnS) protocol uses UDP for its name-to-IP address lookups because it is faster and the application can simply send another request if the first request is not answered in a reasonable amount of time. Most of the time, the answer is received before a TCP connection would have even been established. not only does this increase overall user response time for name resolution, but also it lowers the overall overhead on the DnS server because it does not have to manage thousands of TCP connections from clients. Instead, it can simply issue a UDP response without setting up and tearing down TCP connections. Other applications besides DnS use UDP, so it is important that you have a basic understanding of this protocol and how it works, even though it is far simpler than TCP.

Our goal with this volume has been to create a book that weaves all three of these three tools together While helping you design more effective and useful dialog boxes and menus, this book will simultaneously help you understand how users comprehend and interact with your digital product, and understand how to use this knowledge to drive your design Integrating design principles, processes, and patterns is the key to designing effective product interactions and interfaces There is no such thing as an objectively good user interface quality depends on the context: who the user is, what she is doing, and what her motivations are Applying a set of one-size-fits-all principles makes user interface creation easier, but it doesn t necessarily make the end result better.

UDP provides a simple, connectionless, unreliable datagram delivery service. The service is similar to the service that is provided by IP, although UDP has port addresses to support multiplexing between different applications. UDP is used when an application does not need a reliable transfer mechanism or if the application needs to avoid the additional overhead of TCP. The term unreliable refers simply to the fact that UDP does not provide flow control, acknowledgement, or re-transmission capabilities like those provided by TCP. These capabilities require additional overhead and slow down communication. Therefore, UDP may be used for applications in which real-time factor is more critical than packet loss, such as Voice over IP or DnS. We will examine a few of these services in detail to give you a taste for the types of applications that make use of UDP. The Domain name System (DnS) resolves domain names (e.g., www.alcatel-lucent .com) to an IP address. This is a simple query and response. As a result, the overhead of establishing a connection is not worthwhile. If the query or response is dropped, the host sends the query again. If DnS were to use TCP, the DnS server would have to accept and process a TCP request from every client that required a name lookup. Since DnS lookups are very common, the DnS server could potentially have to process hundreds or even thousands of TCP connection requests every few seconds. The DnS server would then have to tear down these connections once the request had been processed, causing more overhead. All of this is in order to send information that will likely fit in a single

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