基于SSH技术的宠物牧助系统的设计与实现基于SSH技术的宠物救助系统的设计与实现摘要：流浪猫狗问题，是当下社会较为严重的问题，成为社区居民讨论热点。流浪猫狗数量的增加，使得动物身上长期携带的病毒在空气中蔓延和扩散，对人们的生活带来影响。因此，针对这一问题，必须注重宠物救助工作，确保那些人们无经历饲养的宠物找到新的主人，以免在城市流浪，出现不良问题。基于此，本文选择就SSH技术的宠物救助系统的设计与实现这一论点进行分析和研究，为例确保研究的全面性和深入性，设计如下研究框架。首先，阐述本选题的研究背景和意义，明确本选题的研究价值。其次，就相关理论内涵进行分析，包括宠物救助系统理论定义、SSH技术理论内涵等进行研究。然后，把相关理论作为基础，进行系统的设计分析，编辑宠物救助系统代码、进行总体设计和详细设计。测试系统的性能，进行系统开发调试，保障系统的功能完整性。动物被遗弃的问题已然被全球所关注，为了使得该问题能够被解决，各式各样的动物救助站在全球各地被建设了，其中包括了共有救助站、私有救助站等，并且取得了一定的效果。但是由于各地区域不同，且存在一定的区域限制问题，无论是动物共有救助站，还是动物私有救助站，其在宣传方面都遇到了许多的困难，这些宣传问题影响着动物救助站进一步的发展。现代化的社会告诉发展，借助互联网技术，尤其是其信息传播速度快、传播范围广的特点，这就为动物救助站的宣传开辟了一条全新的道路。近年来，在网络世界中出现了许多不同的动物救助站，这着实是新时代发展动物救助站进一步发展的显现。然而，网络动物的购买是存在一定的机制，即人们的购买收到限制。并且网络庞杂的信息，难以分清一些真正爱动物人士还是真正想领养动物的人士，这就使得一些爱动物的人士难以领养到动物。除此之外，当前我国的网络动物救助站在开发机制上仍然存在一些问题，并且缺少专业的动物饲养员。这些也是值得我们所思考和关注的一个问题。鉴于此，对网络动物救助站进行研究，开发一个机制健全且具有明确经营管理理念的网络动物救助站就是有必要的，勇士这也具有一定的时代意义。关键词：宠物救助：SSH;系统设计：系统实现基于$SH技术的宠物牧助系统的设计与实现Design and implementation of Pet Adoption system based onSSH TechnologyAbstract:The problem of stray cats and dogs is a serious problem in the presentsociety,and it has become a hot topic of discussion among the residents in thecommunity.The increase in the number of stray cats and dogs has caused the spreadand spread of the virus in the air,which has an impact on people's lives.Therefore,tosolve this problem,it is necessary to pay attention to the pet rescue work to ensurethat those pets who do not have the experience to find a new owner,so as not towander around the city and have bad problems.Based on this,this paper chooses toanalyze and study the design and implementation of pet rescue system based on SSHtechnology.As an example,it ensures the comprehensiveness and depth of theresearch.The following research framework is designed.First of all,explain State theresearch background and significance of this topic,clarify the research value of thistopic.Secondly,the theoretical connotation of pet rescue system is analyzed,including the theoretical definition of pet rescue system,the theoretical connotation ofSSH technology and so on.Then,based on the relevant theory,the system is designedand analyzed,the code of pet rescue system is edited,and the overall design anddetailed design are carried out.Test the performance of the system,develop and debugthe system to ensure the functional integrity of the system.The problem of abandoned animals has attracted worldwide attention.In order tosolve this problem,various animal rescue stations have been constructed all over theworld,including common and private rescue stations,and achieved some results.However,due to the different regions,and there are certain regional restrictions,whether animal rescue stations or private animal rescue stations,they haveencountered many difficulties in publicity,which affect the further development ofanimal rescue stations.Modern society tells the development,with the help of Internettechnology,especially its characteristics of fast information dissemination and wideII基于SSH技术的宠物救助系统的设计与实现range of dissemination,which opens up a new road for the propaganda of animalrescue stations.In recent years,there have been many different animal rescue stationsin the network world,which is the further development of animal rescue stations inthe new era.However,there is a certain mechanism for the purchase of online animals,that is,people's purchase is restricted.And the huge amount of information on theInternet makes it difficult to distinguish between those who really love animals orthose who really want to adopt animals,which makes it difficult for some people wholove animals to adopt animals.In addition,there are still some problems in thedevelopment mechanism of online animal rescue stations in China,and there is a lackof professional animal breeders.These are also issues worthy of our consideration andattention.In view of this,it is necessary to study the network animal rescue stationand develop a network animal rescue station with sound mechanism and clearmanagement concept.Warriors also have certain epochal significance.Key words:Pet rescue;SSH;System design;System implementationIII