浅析展示空间界面的导向设计

文章基于视知觉及环境心理学的理论平台,从参观者对空间的形状、色彩、光照等方面的知觉体验入手,进而对空间界面的各个元素可产生的导向性加以逐步论述,得出了展示空间界面导向设计的原理和方法,表明空间层面导向系统的建立,将有效的促进整个展示空间中参观者路线的条理化,完善现今展示空间中标牌加文字来表现导向的单一形式,提高人们对展示内容的接受度。     

论色彩心理学在环境艺术设计中的应用

本文主要讨论环境艺术设计中如何利用色彩心理学进行色彩设计,安置基调色、配合色以及各种色彩的调配。     

浅析环境艺术设计创作中的文化构思

文化的意识形态特征,使环境艺术设计过程中的文化构思成为整体设计方案的灵魂。通过充分的文化构思准备,明确的构思立意以及具体深入的构思表现,具体而合理的呈现出文化构思的思维脉络,有利于突出环境艺术设计创作的精神性和创新性,并保证设计与实施的顺利进行。     

无线传感器网络（WSN）在花卉大棚环境监测中的应用研究

针对传统花卉大棚环境参数监测系统的某些缺点,本文对基于Zigbee技术的无线传感器网络在花卉大棚中的应用可行性进行分析和研究,并建立了花卉大棚无线环境监测系统,使得该监测系统的各节点位置、监测范围、节点扩展性、节点间距离都得以改善和提高。     

试析环境监测信息系统安全及防御

信息化建设在环境监测行业中日渐成熟,对于该行业的稳步提升有着不可或缺的作用,然而由于该行业信息化建设处于起步阶段,尤其是在应用的信息系统在安全问题上还需强化,基于目前现状,列举环境监测领域信息系统出现的一些突出问题,并对其中的原因进行分析,同时提出了环境监测信息系统安全问题的防御措施。     

An environmental flow method applied in small and medium-sized mountainous rivers

In small and medium-sized mountainous rivers, there are usually hydropower stations in upper reaches as well as widened and heightened river sections in downstream reaches that are close to settlements. The environmental flow (EF) ensures river connectivity and the survival of aquatic organisms. The Tennant and wetted perimeter methods were used to calculate the minimum EF, and the R2CROSS criteria were used to evaluate the rationality of hydraulic parameters. The result shows that downstream areas with large cross-sections may suffer from shallow water depths, insufficient wetted perimeters, and poor overall connectivity of the water bodies, even under the standard EF discharges. A novel method was proposed to ensure EF and sustain suitable hydraulic conditions. The minimum EF calculated by the Tennant method is adopted as the design flow, and a small trapezoidal trough channel is excavated on the wide riverbed of an artificial river section. The width and depth of the small channel are calculated with Manning's equation. As a study case, this method was applied in the Fenglingang River in Zhejiang Province of China. A trapezoidal groove with a depth of 0.74 m and a bottom width of 0.52 m was excavated in the center of Fenglingang River to sustain EF and maintain river connectivity. This small channel not only prevents the river from cutoff, but also enables the water depth and wetted perimeter to meet the demand of aquatic organisms.     

Environmental Perception with Spatial Regularization Correlation Filter for Visual Tracking

With the introduction of correlation filtering (CF), the performance of visual object tracking is significantly improved. Circular shifts collecting samples is a key component of the CF tracker, and it also causes negative boundary effects. Most trackers add spatial regularization to alleviate boundary effects well. However, these trackers ignore the effect of environmental changes on tracking performance, and the filter discriminates poorly in the background interference. Here, to break these limitations, we propose a new correlation filter model, namely Environmental Perception with Spatial Regularization Correlation Filter for Visual Tracking. Specifically, we use the Average Peak to Correlation Energy (APCE) and the response value error between the two frames together to perceive environmental changes, which adjusts the learning rate to make the template more adaptable to environmental changes. To enhance the discriminatory capability of the filter, we use real background information as negative samples to train the filter model. In addition, the introduction of the regular term destroys the closed solution of CF, and this problem can be effectively solved by the use of the alternating direction method of multipliers (ADMM). Extensive experimental evaluations on three large tracking benchmarks are performed, which demonstrate the good performance of the proposed method over some of the state-of-the-art trackers.     

一种新型便携式通信设备设计方法的研究

根据便携式通信设备的特殊要求,结合某携行通信设备的研制,本文提出了一种新型便携式通信设备的设计思路和方法。首先给出便携式通信设备总体设计要求,然后从结构设计、环境适应性设计和EMC设计等多方面展开讨论。     

LX—2型变频式喂线设备的研制及应用

根据炼钢生产的实际需要,分析了喂线技术的工艺要求,介绍了所研制的LX－2型变频式喂线机的结构特点,指出了影响喂线机使用效果的因素,并提出了若干措施。     

Environmental and climate justice and technological carbon removal

Environmental justice (EJ) and climate justice are becoming central foci of climate policy. Awareness is also growing on the need for some amount of carbon dioxide removal (CDR) to curb warming to 1.5 °C. In this paper we map dimensions of environmental and climate justice that stakeholders and communities will need to consider -- from local to global scales. Mapping issues is a step towards developing frameworks to undertake CDR in an environmentally just way.