走出Banner设计误区

广告是一门说服的艺术,其目的是让消费者自觉自愿地购买商品或服务,Banner(旗帜广告)当然也不例外。Banner是继传统媒体(如广播、电视节目、报刊杂志等)最为有效的宣传方式。然而,由于缺乏对Banner宣传固有特点的充分认识或存在一些认知误区,用户在Banner的设计与制作方面有时会提出一些不恰当的设计要求,这些设计往往不仅不能引起访问者的关注,更有可能大大降低了Banner推广的效果。     

专业Logo／Banner在线作

个人网站、个人论坛，对于Logo和Banner这种门面对网站的整体美观有很大的影响，专业的Logo和Banner能让网站增色不少，许多朋友由于设计能力不足，无法设计出专业美观的Logo和Banner，现在只要通过一个网站，五分钟就能制作出专业的“门面”。     

高校门户网站Banner的“图说＂功能研究

在高校门户网站中,“图说”功能是Banner自身具有的网络广告属性的直观体现,使Banner具有页面装饰和信息传递的双重效果,极大地提升网站的视觉吸引力,是网站主页重要位置的典型设计应用。进行高校门户网站Banner设计,可选用学校各类主题图片,配合简洁文案,形成图文专题,发挥“图说”功能。还要注重Banner信息的采集和更新,建立专业维护团队,建设完善运行机制,来确保Banner“图说”功能的精彩呈现。     

《软件UI设计》课程中关于Banner的教学探讨

在《软件UI设计》课程中有一块重要内容就是Banner的设计,它是网页UI设计的重点。本文结合《软件UI设计》课程的特点,对Banner的教学设计、存在的问题以及解决的对策进行探讨。     

Photoshop制作网站Banner

相信很多同学在上网的时候,都看到过许多独特的网页Banner(中文叫横幅),这些Banner的作用大多数都是为了宣传,再者就是为了突出自己网站的风格、特色,给人一种视觉感官的冲击。所以,Banner的制作一个考虑到的是设计风格,另外一个就是制作的技术。你是不是早就想动手制作一个了!下面我们就一起来用Photoshop做一个网站的Banner,如图1所示。     

最新推出M12圆柱形金属外壳光电传感器

美国Banner公司最新推出直径为12mm圆柱形金属外壳M12光电传感器，这使得Banner普通光电开关的产品线变得更加强大。[第一段]     

论道物联网之发展

王勇：在中国积极的物联网产业政策引导下,Banner公司在关注和推广物联网行业应用的同时,也收获到了来自市场的积极反馈和响应。在冶金、电力、港口、码头、水泥等行业的物料储运设备同步、联锁与监控中,在有色、钢铁、建材、化工、垃圾焚烧等行业的旋转窑炉温度监控中,Banner中国都得到了客户对Banner产品、服务及集成解决方案的认可。     

用Flash制作精美Banner

毫不夸张的说，Banner是个优秀网站的标志，如今网络上80％的网页Banner部是使用Flash制作的，Banner的制作过程跟一份完整的Flash作品制作过程十分类似。下面就随笔起来制作个精美的Banner吧。     

利用Flash 8实现大容量动态Banner广告

在网页上发布Banner广告已经成为商家必不可少的广告手段。本文介绍了一个解决Banner广告容量小、使用周期短的方案,并从软件工程的角度详细论述了实现方法。     

网络空间终端设备识别框架

针对传统Web服务识别方法对服务器软件实现差异依赖性强、不利于扩展到其他终端设备等缺陷,提出了一种网络空间终端设备双重因素主动识别框架. 该框架从服务标识（Banner）和Web指纹两个角度分析终端设备网络指纹特征. 首先,从HTTP数据包头部的“Server”字段、“WWW-Authenticate”字段及HTML源代码中深入挖掘终端设备Web服务中的Banner信息;其次,从图片文件和文本文件中提取终端设备具有的Web指纹特征;同时,结合具体案例分析各识别方法的有效性及优缺点. 结果表明,该框架解决了传统识别方法中Banner信息获取途径单一、依赖服务器软件差异特征的问题,成功将Web服务识别方法扩展到了网络空间终端设备上. 最后,总结已有成果并探讨该框架未来改进方向.     

基于改进人工蜂群算法的体声波滤波器自动布局

针对体声波（BAW）滤波器布局中芯片面积利用率低、设计周期长、制造成本高等问题,提出了一种基于改进人工蜂群算法的BAW滤波器自动布局方法。首先构建了自动布局的评价模型,通过结合利用圆形容器的顺序布局和基于旋转角度编码的聚拢布局来简化自动布局的难度;同时采用了一种改进人工蜂群算法去搜寻BAW滤波器的最优顺序布局和聚拢布局方案;最后,结合多组BAW滤波器的设计案例验证自动布局算法的有效性,其布局有效面积占比提升约17%,整体布局呈方形,且完成滤波器的自动布局仅需30 min。结果表明在保证BAW滤波器性能的前提下,算法可有效提升芯片面积利用率、大幅缩减滤波器的设计周期。     

Application of a cascade BAM neural expert system to conceptual design for facility layout

The major contribution of this novel application is the pilot development and feasibility study for a bank of cascade BAM (Bidirectional Associative Memories) neural networks. This improved BAM structure functions as an expert system for conceptual facility layout or for preliminary construction layout design. This application, rather than being a better analytical algorithm or a better production expert system, builds a neural expert system with the capability of incrementally learning layout design examples for a given set of constraints. The cascade BAM incremental learning methodology, which distinguishes this system from the more frequently used Backpropagation Network (BPN) learning system, creates effective multibidirectional generalization behavior from qualitative, goal-driven layout design experience. The initial tests of learnability are presented by its applicability to conceptual layout design problems, and their solutions are assessed and compared with the learning ability of a standard BAM. Issues deserving further investigation are addressed as well.     

Topology Optimization in Aircraft and Aerospace Structures Design

Topology optimization has become an effective tool for least-weight and performance design, especially in aeronautics and aerospace engineering. The purpose of this paper is to survey recent advances of topology optimization techniques applied in aircraft and aerospace structures design. This paper firstly reviews several existing applications: (1) standard material layout design for airframe structures, (2) layout design of stiffener ribs for aircraft panels, (3) multi-component layout design for aerospace structural systems, (4) multi-fasteners design for assembled aircraft structures. Secondly, potential applications of topology optimization in dynamic responses design, shape preserving design, smart structures design, structural features design and additive manufacturing are introduced to provide a forward-looking perspective.     

色彩在版面设计中的应用与研究

在商业设计中,版面设计是一个建立在准确功能诉求与市场定位的基础之上,以有效传播为导向的视觉传达艺术。色彩作为大众视觉语言,是商业设计中一个十分重要的元素。本文主要针对色彩在版面设计中的应用进行探索与研究。从版面设计中的色彩理论知识到色彩运用技巧,进行了详尽的讨论与分析,借以提升对色彩主色调、冷暖色、明色与暗色等各个方向上的把控能力,在此基础上进一步研究色彩在心理反应方面的普遍规律,利用其作为版面设计的有力武器,使色彩成为真正的行销工具。     

一种语音IC的设计

描述了一种语音IC的设计原理和掩膜编程方法。通过采用可编程阵列逻辑（PAL），使电路在语音信号的编码数据集成时达到较高的效率。掩膜版自动生成程序缩短了电路的应用开发周期，保证了掩膜版设计的正确性。     

A heuristic procedure for the integrated facility layout design and flow assignment problem

We present an efficient iterative heuristic procedure for solving the integrated layout design and product flow assignment problem. The layout design decisions involve planar location of unequal-area machines with duplicates. The product flows are assigned to machines according to the product processing routes. The integrated decision problem is a nonlinear mixed integer model which cannot be efficiently solved using classical methods for large problems. We propose a novel integrated heuristic procedure based on the alternating heuristic, a perturbation algorithm and sequential location heuristic. Since the alternating heuristic between facility layout design and product-machine assignment sub-problems terminates with local optima, we developed a perturbation algorithm based on assignment decisions. The results of an experimental study show that proposed procedure is both efficient and effective in identifying quality solutions for small to very large-sized problems.     

An expert screen design and evaluation assistant that uses knowledge-based backtracking

Current user interface builders provide only low-level assistance, because they have knowledge of neither the application, nor the principles by which interface elements are combined effectively. We describe a design tool that unites the knowledge components essential for effective dialog box layout. The knowledge base model consists of (1) style knowledge, which provides design-time constraints on interface specifications; (2) style application system, which handles the actual layout of dialog boxes based on the style knowledge base; (3) design knowledge, which provides quantitative metrics to analyse the spatial properties of the dialog box layout; and (4) design evaluation system, which uses evaluation metrics to compare and evaluate alternative designs. As our empirical study shows, the redesigns using the design tool had significant effect on the preference data.