Design and Implementation of Library Seating Management System

The library seating management system is an important part of the library’s modern services. The system is based on the Spring and Spring Boot framework, and the system realizes a series of functions such as real-time query, reservation, and cancellation of seat resources, providing users with great convenience. With a simple operation, users can know the availability of seats in the library in real time and reserve them according to their needs. At the same time, the system also provides rich management functions, enabling administrators to easily configure and manage seat resources. The addition, deletion, modification and review of users, the generation of seats, the viewing of user usage records, and the addition or deletion of points for users’ usage can also be carried out. This not only improves the management efficiency, but also provides more scientific and accurate data support for the management of the library. The system not only optimizes the user experience, but also promotes the scientific management and efficient utilization of library resources, and provides strong support for the modern services of the library.

Integrated Project Library Exploration in Landscape Design Teaching for Environmental Design Majors

To enhance our talent cultivation model through“school-enterprise cooperation and industry-teaching fusion”,we aim to improve the“4321”Industry-Education Integration System.This includes actively promoting the use of case banks and project banks in teaching to develop students’practical engineering skills through hands-on application of professional knowledge.Additionally,landscape design courses emphasize practical learning experiences to implement the fundamental goal of“cultivating morality”.Guided by enhancing students’practical skills,we ensure alignment with course objectives and professional training requirements,emphasizing the seamless integration of theory and practice.

Study on the Present Situation and Optimization Path of Gamification Design in Chinese University Libraries

In this paper,137“First-class universities”and“First-class discipline”construction universities in China are selected as the objects of investigation to analyzes the present situation and characteristics of the game design of University Library in China.Taking the university library in other countries as the reference object,this paper compares the differences of the game design of University Library in China and other countries,sums up the deficiency of the gamification service practice in Chinese university libraries.At last,this paper proposes an optimization path of the gamification design of Chinese University Library from six aspects of game type,game service object,game interactive mode,game application,game development and game playability.

Information literacy course design based on student survey: The practice of subject librarians at NSL, CAS

Purpose: This paper aims to explore best practices in academic and research libraries in providing information literacy(IL) instruction to science and engineering graduate students.Design/methodology/approach: Using the questionnaire survey method, we conducted an IL assessment study on 114 graduate students enrolling in graduate courses offered by College of Chemistry and Chemical Engineering, Graduate University of Chinese Academy of Sciences(GUCAS).Findings: The current situation of graduate students' IL competencies and the need to develop them are revealed. An IL course was designed by subject librarians of National Science Library(NSL), Chinese Academy of Sciences(CAS), with three patterns addressing the development of graduate students' IL competencies.Research limitations: It is only about the practice of subject librarians at NSL, CAS, in designing IL courses for graduate students enrolling in graduate courses offered by College of Chemistry and Chemical Engineering, GUCAS.Practical implications: The results can provide a lot of useful information for the improvement of IL competencies of graduate students in science and technology disciplines.Originality/value: It is significant for assisting future subject librarians in incorporating IL skills into their course, especially for academic and research librarians to prepare and develop IL courses for science and engineering graduate students.

面向新文科的高校图书馆未来学习中心设计要素探究

“新文科”的提出进一步推动了构建融通的学习环境、灵活的学习方式、个性化的学习支持体系,为图书馆人文学科服务带来新突破口。文章基于活动中心的分析和设计(ACAD)框架,运用扎根理论的研究方法,对42份我国高校新文科教育改革案例进行编码分析,探究面向新文科的高校图书馆未来学习中心设计要素。基于编码分析结果,构建面向新文科的高校图书馆未来学习中心要素关系模型,以期为高校图书馆未来学习中心建设提供借鉴。

信息可视化与AquaBrowser Library

讨论了信息可视化交互和视觉设计。结合Aquabrowser Library,阐述了信息可视化在图书馆OPAC中应用的意义,讨论了书目信息检索与信息可视化技术融合需关注的一些问题。

基于Participatory Design的图书馆空间设计研究

用户参与式设计促进了用户与图书馆设计的深层次融入,大量理论及实践证明,在图书馆设计领域应用用户参与式设计不仅可行而且必要。哈佛大学Lamont图书馆的用户参与式设计实证对国内图书馆参与式设计的开展有着积极的意义。

高校图书馆数字资源违规使用对策设计及其仿真校验

[目的/意义]高校图书馆数字资源违规使用治理政策涉及多方利益主体博弈,单一维度的分析视角无法从系统层面有效调和并解决这一矛盾冲突。[方法/过程]本文采用演化博弈理论框架,构建数据供应商、高校图书馆和用户的三方演化博弈模型,探究各主体的行为模式及其均衡稳定策略。通过构建层次结构模型对参数赋值,以提升仿真分析结果的可靠性和真实性。随后通过MATLAB仿真实验,剖析了各类因素对于演化博弈的影响机制与作用路径,厘清利益对象间的动态交互关系和关联结构。[结果/结论]研究结果显示,该博弈模型呈现出两种不同的演化稳定策略状态,并基于数据资源违规使用的现状,分别从三方博弈主体提出针对性的意见。

网络拓扑可视化类库TopVisLibrary的设计与实现

以信息可视化参考模型为基础,分析了网络拓扑可视化过程中的主要操作及数据形态变化,并以此为依据,建立了网络拓扑可视化对象模型,设计实现了网络拓扑可视化类库TopVisLibrary。该库的编程模型和数据接口简单清晰,有助于灵活搭建不同的网络拓扑可视化应用,同时对其它可视化工具的设计实现有一定的借鉴意义。此外,网络拓扑可视化类库的设计方法也可为其它库的设计提供参考。

Living Library的服务设计研究

Living Library是近年来逐步兴起的图书馆创新服务,如何将Living Library理念深层次融入图书馆服务过程成为研究者关注的焦点。随着用户体验经济的兴起,围绕用户需求开展服务设计成为改进服务质量的有效方式。在此对服务设计理论和实用工具进行介绍,并重点对基于Living Library开展服务设计策略进行研究。

Altium Designer软件使用技巧及常见问题探讨

Altium Designer软件作为Protel 99SE和Protel DXP软件的升级版,功能更加强大,学习难度也有所提高。从Altium Designer软件建立五类重要文件入手,依次介绍了工程文件、原理图文件、元件库文件、封装库文件和PCB制版文件(包括布线、敷铜)的过程,并穿插了一些学习技巧和经验。

Hyper-parameter optimization of multiple machine learning algorithms for molecular property prediction using hyperopt library

Due to outstanding performance in cheminformatics,machine learning algorithms have been increasingly used to mine molecular properties and biomedical big data.The performance of machine learning models is known to critically depend on the selection of the hyper-parameter configuration.However,many studies either explored the optimal hyper-parameters per the grid searching method or employed arbitrarily selected hyper-parameters,which can easily lead to achieving a suboptimal hyper-parameter configuration.In this study,Hyperopt library embedding with the Bayesian optimization is employed to find optimal hyper-parameters for different machine learning algorithms.Six drug discovery datasets,including solubility,probe-likeness,h ERG,Chagas disease,tuberculosis,and malaria,are used to compare different machine learning algorithms with ECFP6 fingerprints.This contribution aims to evaluate whether the Bernoulli Na?ve Bayes,logistic linear regression,Ada Boost decision tree,random forest,support vector machine,and deep neural networks algorithms with optimized hyper-parameters can offer any improvement in testing as compared with the referenced models assessed by an array of metrics including AUC,F1-score,Cohen’s kappa,Matthews correlation coefficient,recall,precision,and accuracy.Based on the rank normalized score approach,the Hyperopt models achieve better or comparable performance on 33 out 36 models for different drug discovery datasets,showing significant improvement achieved by employing the Hyperopt library.The open-source code of all the 6 machine learning frameworks employed in the Hyperopt python package is provided to make this approach accessible to more scientists,who are not familiar with writing code.

Structural Indexing for 3D Solid Digital Library

In a very large digital library that support computer aided collaborative design, an indexing process is crucial whenever the retrieval process has to select among many possible designs. In this paper, we address the problem of retrieving important design and engineering information by structural indexing. A design is represented by a model dependency graph, therefor, the indexing problem is to determine whether a graph is present or absent in a database of model dependency graphs. we present a novel graph indexing method using polynomial characterization of a model dependency graph and on hashing. Such an approach is able to create an high efficient 3D solid digital library for retrieving and extracting solid geometric model and engineering information.

General review of National Digital Library development in the National Library of China

As an important part of National Digital Library(NDL),the National Digital Library Project(NDLP),which was launched in 2005,has attracted wide attention of the society in general.This paper introduces the general situation of the project from the following aspects,namely,the characteristics,objectives and contents.It also expounds on the basic ideas and the overall structure of the project and gives an introduction to the design of its basic platform,its application platform,its business management system and its standardization control system.In this paper,the digital resources construction and service delivery of the National Library of China(NLC)are introduced to cover both its present operation as well as those in conjunction with the opening of its new library building during its second-phase of library development.Finally,the most important and difficult point in the construction of the National Digital Library Project is analyzed from the following four perspectives:1)The long-term preservation of digital resources;2)the construction of knowledge organization system;3)the organic integration of the digital library and the traditional library;and 4)the risk of project management and system integration.

Human Library服务设计研究

目的:以Human Library的服务作为主要的研究对象,从服务设计的角度分析其发展的方向,通过对Human Library各接触点与用户需求的分析,探析Human Library服务流程优化方向和设计策略,从而为读者创造更好的Human Library体验。方法:通过实地调研、桌面调研、用户访谈、亲身参与、组织活动等方法对Human Library的发展概况、服务接触点、用户需求进行分析,发现接触点中存在的各种问题,以服务设计理论为指导,对Human Library的各接触点进行综合性的分析探讨,从而形成结论。结论:提出真人图书多样化、真人图书筛选与编目、通过线上线下等多重渠道进行宣传与交流、借阅方式多元化、促进读者与真人图书的沟通交流、建立服务评估机制六个方面的设计策略。

Computer-aided Pattern Design of Multi-bar Warp Knitted Fabrics

To meet the development trend of multi-bar warp knit-ting machine towards high-speed,advanced technologyand computer control and the requirements of variousproducts with small quantity,there are many researcheson the computer-aided pattern design of multi-barwarp knitted fabrics.In terms of the special propertiesof the computer-aided pattern design of multi-barwarp knitted fabrics,the Object Oriented Program(OOP)programming-Object Windows class Library(OWL)programming is selected.According to thecharacters of the OWL programming,various functionsare defined.Pattern design and technical parameters canbe output,which offers a great convenience for the fac-tory.

Knowledge-based engineering approach for the support of ship structure design

The paper presents a knowledge-based engineering （KBE） approach for ship node components design. In the ship design process, many design tasks need design experiences to support. Howev- er, a ship design process is a complicated process with many simultaneously repetitive and time-con- suming activities. In this research, the method combines KBE with Tribon system＇s built-in devel- opment language tools of Vitesse, captures and applies design knowledge for achieving standard com- ponents intelligent design modeling. A case study and industry implementation illustrate the feasibili- ty of the proposed methodology. The KBE technique can provide not only proper references, sug- gests and supports but also knowledge integrated in the ship structure design. Especially, these rules related to the design can avoid lots of design mistakes. During the ship design stage, getting more precise and better designs will not only reduce the time of rework and wasting resources but also shorten the construction time_ imnrov~ clilnl;hz ~nA nrnf;t

图书馆的空间设计与高质量发展

空间设计已成为图书馆更高质量发展的刚需。论文阐释了图书馆空间设计中的辩证统一观,包括普遍性与独特性、整体观与内外观、专业观与非专业观、静态区与动态区、空间设计功能的无限可能性等,并对图书馆空间设计的十大要素(但不限于)分别进行了论述和分析,包括宏观维度的城市地标、艺术演绎、文化传承和内外互动,中观维度的专业符号、色材选择和绿色低碳,微观维度的家具设计、灯光照明和安全关怀。论文指出,智慧图书馆新空间设计方案正在成为发展趋势。

Linker Library:基于几何特征的骨架跃迁片段库

骨架跃迁是目前应用最广泛的药物设计策略之一,但是现有骨架跃迁方法产生的化合物大多为已报道的先导化合物的衍生物或类似物,化学结构缺乏新颖性。针对现有骨架跃迁方法的局限性,提出了一种保持药效团与骨架之间的相对距离和角度不变的骨架跃迁策略,构建一个包含骨架几何特征的linker片段库:Linker Library。该片段库可以根据骨架中心到连接点之间距离和角度,推荐结构新颖且可保持官能团相对位置的片段,有助于指导化合物的骨架跃迁并加速药物发现进程。

Altium Designed 16元件封装的创建方法探讨

随着科技的不断进步,集成电路的未来朝着高密度、高集成的方向发展。Altium Designed是功能强大的辅助电路设计软件,也是全国职业院校电子装配与调试专业技能大赛的指定绘图软件。经过多年的比赛经验发现Altium Designed16版本以上软件创建元件封装有IPC封装向导,使电路元件封装设计过程变得轻松容易,提高了电路的设计效率和质量。通过电路设计既有助力师生专业成长也能提高对先进元器件件封装的认知。以赛促教、以赛促学、以赛促练、增强学习效果提高基本职业技能水平的发展。