Electronics Science Technology and Application (E-Journal)
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Optimized Design of Laundry Cleaning Based on Linear Programming
This paper presents an optimized design for laundry cleaning, utilizing linear programming and Python and SPSS software programming. It aims to achieve cost-effective and good cleaning effects under different conditions. The core challenge addressed in this paper is
balancing cost-effectiveness and cleaning effectiveness. First, a mathematical model is developed to describe dirt solubilization in water and
the relationship between wash frequency and water consumption. Second, a cost-effective cleaning scheme is identified, considering water
rates and other factors. Additionally, factors such as clothing types and quantities, dirt types, detergent types, and the constraint of mixing
certain clothing items during washing are taken into account. By solving the laundry cleaning mathematical problems using an optimization
model in mathematical modeling, factor analysis is conducted considering various factors including a given amount of dirt, water, dirt solubility in water (function), wash frequency, water consumption per wash, dirt type, detergent type, detergent solubility in dirt, detergent unit
price, water rates, and the constraint of certain clothing items not being able to be washed together. The goal is to achieve a lower-cost laundry cleaning solution that is both effective and tidy
Limit and infi nitesimal analysis
Limit is a very important basic knowledge in calculus, the defi nition of limit is a simple logical proposition, which involves
the existence, arbitrariness, and inequality problems. In this paper, one gives some explanations of the limit, the relationship between the
limit and the infi nitesimal are demonstrated, from the infi nitesimal order to understand the limit
A Study on the Perceptual Application of Hakka Culture in Local Rural Architectural Landscape Design from the Perspective of Symbiosis Theory
In the context of an emerging industry, the rural architectural landscape design exhibits distinctive characteristics owing
to the wide range of cultural attributes it encompasses. The integration of Hakka culture, a valuable creation by the Hakka community for
pragmatic purposes, into the rural architectural landscape design not only serves as a proactive response to the rural revitalization strategy,
but also contributes to the preservation and advancement of the rich Chinese cultural heritage. By conducting a comprehensive analysis
of the cultural significance, this study delves into the fundamental essence of Hakka culture, with a particular focus on the concept of
“symbiosis,” and applies it to the fi eld of rural architectural landscape design
Analysis of effective application of electrical automation technology of intelligent labeling industrial robot
As a class of industrial robots, intelligent labeling robot has significant advantages in improving industrial production
efficiency, reducing human labor and reducing comprehensive cost. The application of electrical automation technology to intelligent
labeling industrial robots is an eff ective measure to upgrade and optimize the original functions of industrial robots, which helps to improve
the intelligence and effi ciency of intelligent labeling industrial robots. Based on this, this paper starts from the basic overview of industrial
robot and electrical automation technology, analyzes the eff ective application of industrial robot electrical automation technology, and looks
forward to the development trend of industrial robot electrical automation technology
Research on curriculum reform path of Mental health education in colleges and universities -- Based on the perspective of mental health literacy
The mental health education course in colleges and universities plays a vital role in the overall personnel training system
and serves as a signifi cant platform to fulfi ll the fundamental obligation of moral education. This article begins by addressing the challenges
and obstacles encountered in mental health education. Additionally, it explores the reform path of the mental health education curriculum
in higher education institutions, primarily focusing on teaching goals, curriculum content, instructional methodologies, and assessment
techniques. Furthermore, it incorporates the two dimensions and three structures of mental health literacy to provide an in-depth analysis.
The ultimate goal is to seamlessly integrate mental health and moral development, thereby cultivating college students as virtuous and
talented individuals ready to thrive in the new er
Research on intelligent greenhouse based on Internet of Things
There are many drawbacks in the current traditional agricultural model, which consumes a lot of manpower, material
resources and fi nancial resources to solve the problem of crop growth environment. In order to change this situation, real-time detection and
remote control of its environmental data, an intelligent greenhouse integrated system based on the Internet of Things was proposed. The
system includes four modules: environment detection, gateway transmission, control execution and remote monitoring. The environment
detection module detects the growth environment information in real time, and uploads real-time data with the help of the Internet of Things
gateway. Users can remotely monitor the growing environment and growth state of crops in the greenhouse through mobile phone apps and
computer web pages. At the same time, according to the growth environment data, control and implement equipment to adjust environmental
factors in time to achieve accurate planting and improve crop yield and quality. Avoid the waste of agricultural resources
Exploration on innovative path of experimental teaching of electronic circuit course in colleges and universities
In the Internet era, the demand for applied and innovative electronic communication talents is increasing. How to promote
the reform of electronic circuit course experimental teaching, help students understand the course knowledge in practice and improve their
practical ability has become the key issue for colleges and universities to improve the quality of electronic circuit teaching. This paper takes
the electronic circuit course in colleges and universities as the research object, starts with the big gap in experiment progress, the single form
of experimental teaching and the large consumption of experimental teaching resources, expounds the existing problems in the experimental
teaching of electronic circuit course, and focuses on the development of micro-class experiment video, the design of stratifi ed experiment in
the course, the introduction of virtual simulation practical training and the optimization of experimental teaching assessment. To explore the
innovative path of experimental teaching of electronic circuit courses in colleges and universities
Ways to cultivate students’ innovative ability in computer teaching in adult education
This paper will focus on the feasibility of cultivating students’ innovative ability in adult education computer teaching.
Combining theory with practice, this paper aims to fi nd out eff ective methods and strategies to stimulate and cultivate students’ innovative
ability in adult computer teaching through exploration and research, and provide operable and highly instructive suggestions for adult
computer teaching. Finally, improve students’ computer application ability and innovation quality, and help them better ada pt to social
development
Image correction technology under computer vision algorithms
This article first introduces the key technologies in image processing, including image denoising, enhancement, restoration, and
super-resolution, and elaborates on the application characteristics of computer vision algorithms in image processing. The article focuses on
the image correction techniques under computer vision algorithms, especially the distortion correction process and the processing methods of
distorted images. I hope to provide reference for the application of image correction technology through this study
Research on the talent cultivation path of the grass-roots management professional group
The grass-roots governance professional group mainly includes law, social work, administrative management and other
core majors, focusing on training the ability of rule of law, service governance and collaborative governance of compound grass-roots
governance talents. Through the construction of a phased and m ulti-dimensional professional group education system, the construction of
an interdisciplinary and collaborative pattern of professional group education, the exploration of integrated and modular professional group
education courses, the innovation of a linkage and dynamic professional group education mechanism, and the establishment of a multi_x005fsubject and application-oriented professional group education platform path, can eff ectively help the grass-roots governance professional
group to exert its education effi ciency