麦岛艺术城--一个规划方案所体现的日本居住环境设计理念

日本建筑通过对本民族文化的深层探索，寻找传统、现代与自然的契合，最终形成自己特有的朴素的表现风格。该文通过对日本建筑师参与的青岛—滨海居住区规划方案加以浅析，希望能对形成这种风格的根源加以探讨，并对日本居住环境设计理念进行初步总结。从而对国内设计有所借鉴，创造出充满个性与生机的建筑。     

A new fuzzy‐based method for load balancing in the cloud‐based Internet of things using a grey wolf optimization algorithm

Cloud computing provides high accessibility, scalability, and flexibility in the era of computing for different practical applications. Internet of things (IoT) is a new technology that connects the devices and things to provide user required services. Due to data and information upsurge on IoT, cloud computing is usually used for managing these data, which is known as cloud‐based IoT. Due to the high volume of requirements, service diversity is one of the critical challenges in cloud‐based IoT. Since the load balancing issue is one of the NP‐hard problems in heterogeneous environments, this article provides a new method for response time reduction using a well‐known grey wolf optimization algorithm. In this paper, we supposed that the response time is the same as the execution time of all the tasks that this parameter must be minimized. The way is determining the status of virtual machines based on the current load. Then the tasks will be removed from the machine with the additional load depending on the condition of the virtual machine and will be transferred to the appropriate virtual machine, which is the criterion for assigning the task to the virtual machine based on the least distance. The results of the CloudSim simulation environment showed that the response time is developed in compared to the HBB‐LB and EBCA‐LB algorithm. Also, the load imbalancing degree is improved in comparison to TSLBACO and HJSA.     

测试性能估算的测试集重排序方法*

目前在集成电路测试中,测试时间长、测试效率低是影响测试成本的关键问题之一,针对此问题提出了一种基于测试性能估算的测试集重排序方法。首先针对不同的故障类型进行分类建模,然后对每种故障类型进行仿真,通过在每个逻辑门注入故障,统计测试向量命中故障门的面积之和来估算测试向量的测试性能,最后根据测试性能的优劣对测试集进行重新排序。实验表明,对于单固定故障使用排序后的测试集测试可以减少5329%的故障检测时间。该方法是通过对电路的逻辑结构进行分析和统计然后对测试集进行优化,对ISCAS 89标准电路进行试验,与其他测试集重排序对比,有着明显的优化。算法运行完全是基于软件的,不需要增加任何硬件开销,可以直接相容于传统的集成电路测试流程。     

建筑的“游戏”

建筑作为建筑师与大众之间的物化形式,目前正出现游戏化的趋势。从解读伽达默尔的游戏概念出发,通过探讨游戏与建筑艺术之间的关联,辨析在当代多元化思潮的影响下建筑设计中存在的问题,并对建筑设计和建筑存在方式及价值意义进行了思考,试图为正确把握当前建筑理论提供路径。     

国内城市经济型酒店设计初探

经济型酒店是近年来兴起的一种新酒店业态.该文通过对国内市场环境及传统经济型酒店的设计现状进行分析,在研究国外实例及设计理念的基础上,总结出国内经济型酒店的未来发展趋势,探讨了未来国内经济型酒店的设计思路,以期为今后同类建筑设计提供借鉴.     

A new design of QCA‐based nanoscale multiplexer and its usage in communications

Quantum‐dot cellular automata (QCA) is one of the proposed nanotechnologies in the electronics industry, which offers a new construction for scheming digital circuits with less energy consumption on the nanoscale and possibly can be an appropriate replacement of complementary metal‐oxide semiconductor (CMOS) technology. Nanocommunication in QCA has attracted a wide range of researcher's attention. However, there is still a broad scope to design QCA‐based architecture for nanocommunication. The multiplexer is hugely used in the telecommunication system and transmits multiple data at the same time. Therefore, in this paper, a useful structure to implement a 2 to 1 multiplexer based on the novel XOR gate is presented and is used as a module to implement the 4 to 1 and 8 to 1 multiplexers. Simulations using QCADesigner tool are done to check the performance of the suggested designs. The 2 to 1, 4 to 1, and 8 to 1 QCA multiplexer structures utilize 22, 92, and 260 cells and consume 0.03, 0.12, and 0.40 μm² of area, respectively. They have shown that the suggested designs have stable and applicable structures regarding area, cost, and complexity.     

智能建筑系统设计与策略研究

智能建筑是技术发展的产物。在传统意义建筑学基础上，以模式研究的方式，通过对智能建筑的定义性分析，归纳出现代建筑尤其是办公建筑因现代信息技术发展及设备完善所引发的在设计思想、手法、功能及设计管理方式等方面的演变。力图对智能建筑设计模式进行探索，进而明确建筑师在智能建筑设计中所应承担的职责。     

国内外汽车旅馆对比研究

随着我国社会发展,以高速公路为主体的公路体系的不断改善和经济发展带来的私人汽车的激增,以及这种背景下的人们旅游观念的转变,为汽车旅馆在国内的发展提供了有利条件。通过分析国内汽车旅馆的发展现状,并对国内外汽车旅馆进行了对比研究,为今后汽车旅馆的发展提供借鉴。     

水之舞,泉之韵--Wet design(水景设计)公司印象

曾经作为建筑艺术的代表之一，20世纪以后公共喷泉设计并没有得到太多的重视。水景公司通过对水本质的把握摆脱了传统模式，为我们展现了对其精致设计、纯净的技术表达和完美的舞蹈表现，并获得美国建筑师协会联合专业荣誉奖。