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With the rapid development of computer technology and Internet technology, the financial management of modern enterprises and companies is gradually developing in the direction of intelligent management. As a result, the traditional financial management model can no longer adapt to the current financial information management. This paper takes the application of J2EE technology in finance as the research object, analyzes the technical knowledge (including J2EE technology, J2EE structure and database, and Java database connection) used in J2EE in financial application in detail, and analyzes the application of J2EE technology in finance. The system design in the application and the main advantages are analyzed in detail. This technology not only saves a lot of manpower, time, and cost, but also plays an extremely important role in enhancing the competitiveness of enterprises, improving the level of enterprise management, and promoting financial management techniques and methods, theoretical innovation, and concept renewal.

The development of the proteomics field in the post-genomics era has led to an accumulation of data concerning parameters affecting protein folding and assembly. Rationally implemented search-and-evaluation engines would provide a valuable tool for structural and functional predictions directly from the sequence of a protein. This would have an impact on many fields, such as folding, regulation of protein function and in other biotechnical applications.

Virus structures represent mega-molecular nucleoprotein complexes. The three dimensional structures of 74 unique virus capsids, from 21 families and 30 different genera, have been determined at near atomic resolution. We have devised a website and a database of high-resolution virus structures namely VIrus Particle ExploreR (VIPER: http://mmtsb.scripps.edu/viper/) as a repository of virus structures, where all the structures are stored in a single (standard) icosahedral convention. Each capsid is shown pictorially along with a list of the physical properties. Furthermore, the derived results of structural and computational analyses on each capsid are provided highlighting the inter-subunit residue-residue contacts, binding energies, quasi-equivalence and assembly pathways. The structural and analysis tools developed to analyze virus structures can be accessed through the VIPER web site. Efforts are ongoing to include cryo-EM reconstructions as well as the models fitted into these densities.

We have generated 47,932 T-DNA tag lines in japonica rice using activation tagging vectors that contain tetramerized 35S enhancer sequences. To facilitate use of those lines, we isolated the genomic sequences flanking the inserted T-DNA via inverse polymerase chain reaction. For most of the lines, we performed four sets of amplifications using two different restriction enzymes toward both directions. In analyzing 41,234 lines, we obtained 27,621 flanking sequence tags (FSTs), among which 12,505 were integrated into genic regions and 15,116 into intergenic regions. Mapping of the FSTs on chromosomes revealed that T-DNA integration frequency was generally proportional to chromosome size. However, T-DNA insertions were nonuniformly distributed on each chromosome, that is, higher at the distal ends and lower in regions close to the centromeres. In addition, several regions showed extreme peaks and valleys of insertion frequency, suggesting hot and cold spots for T-DNA integration. The density of insertion events was somewhat correlated with the expressed, rather than the predicted, gene density along each chromosome. Analyses of expression patterns near the inserted enhancer showed that at least half the test lines displayed greater expression of the tagged genes. Although in most of the increased lines expression patterns after activation were similar to those in the wild type, thereby maintaining the endogenous patterns, the remaining lines showed changes in expression in the activation tagged lines. In this case, ectopic expression was most frequently observed in mature leaves. Currently, the database can be searched with the gene locus number or location on the chromosome at www.postech.ac.kr/life/pfg/risd. Upon request, seeds of the T₁ or T₂ plants will be provided to the scientific community.

We propose an interactive approach to data mining meant as the derivation of linguistic summaries of databases. For interactively formulating the linguistic summaries, and then for searching the database, we employ Kacprzyk and Zadrożny's [6-11]) fuzzy querying add-on, FQUERY for Access. We present an implementation for the derivation of linguistic summaries of sales data at a computer retailer.

A pathway is a collection of two or more proteins/molecules connected by their interactions within and around a cell. We study the informatics and evolutionary issues of pathways. Similar to the definition of homology in the comparison of nucleotide and protein sequences, we define homologous pathways as pathways that are evolved from the same ancestral pathway. We first present a survey of existing pathway databases and discuss their format of pathway representation. Then, our pathway representation, the SLIPR format, is presented. It is a semilinear graphic representation of nodes (proteins) and modes (interactions). Pathways in SLIPR format enable pathway comparisons for evolutionary relationship and large-scale pathway database searches. We also discuss how one can map out orthologous pathways, achieving a predictive power on functional assignment of novel genes, once the pathway is understood well-enough in a closely-related species.

A way of establishing user developing information management for database access through middleware is introduced. We put the data needed for share on the LAN so that users on the LAN can access the data according to the given authority to realize resource share. Yet, the system can be realized on the Internet. The shared data can be accessed through broadband or Internet telephone to extend the scope of system application. Through changing relevant configuration, the development interfaces provided by the middleware can be kept unchanged and the system developed by users can also be kept unchanged. It reduces the work of user's development. The progress and performance of entire system can be improved by letting the professional computer programmer to accomplish.

The following sections are included:

• Introduction

• Papers

• References

The next-generation manufacture systems will deploy large-scale wireless sensor networks and super computers for autonomy. The large amount of information and complex decision support programs lead to new challenges on data storage and query. In this paper we analyze why the traditional RDBMSs are not suitable for the future WSNs and propose a tailored database storage engine SDORE to address the problem. SDORE firstly replaces the heavy concurrent mechanism with a lightweight timestamp-based protocol. Secondly it adopts an adaptive strategy to optimize the data distribution on hardware architectures dynamically. Experimental results show that the SDORE outperforms native RDBMS and gracefully adapts when the workload varies.

"Innovation today is not just product innovation, rather it is about services, processes, business models or cultural innovation." Faced with growing knowledge management needs and its difficulties in organizing and retaining, enterprises are increasingly realizing the importance of interlinking critical business information distributed across structured and unstructured data sources. The structured and unstructured information that are distributed across the organization are automatically combined by the two technologies called EROCS (Entity RecOgnition in the Context of Structured data) and SCORE (Symbiotic Content Oriented information REtrieval)[1]. This enables organizations to generate new contextual and actionable insights to help determine appropriate business decisions. This survey paper highlights the importance and scope of EROCS in the IT industry and in the field of business. A highlight of this technology, which clearly differentiates it from the traditional named-entity recognition systems, is that EROCS identifies an entity even if it is not explicitly mentioned in the document. It exploits the context information present in the document to match and identify entities."

The target of building digital campus should be under the direction of new talent view, teaching view, scientific research view and management theory, seen from management, the digital campus-oriented students' information management system is a kind of solution of college student managers to digital environment challenges. As a relatively important part in digital campus, students' information management system should be one of the most fundamental management systems in digital campus and this paper mainly discusses business process, architecture and design, etc, of students' comprehensive information management system in the environment of digital campus and realizes partial functions of the system.

In the article the role of document information in the process of library management is indicated. The organization of work with documents is a very important part of the management processes and taking managerial decisions, it influences the efficiency and the quality of management. The development of new technologies implies the system approach to the process of taking decisions on the basis of flexible informational analytical integrated system of management.

The processing project of the service database of regulating information in the scientific medical library of Siberian State Medical University (Tomsk, Russia) is presented.

Gene coexpression analysis is a powerful approach to elucidate gene function. We have established and developed this approach using vast amount of publicly available gene expression data measured by microarray techniques. The coexpressed genes are used to estimate gene function of the guide gene or to construct gene coexpression networks. In the case to construct gene networks, researchers should introduce an arbitrary threshold of gene coexpression, because gene coexpression value is continuous value. In the viewpoint to introduce common threshold of gene coexpression, we previously reported rank of Pearson's correlation coefficient (PCC) is more useful than the original PCC value. In this manuscript, we re-assessed the measure of gene coexpression to construct gene coexpression network, and found that mutual rank (MR) of PCC showed better performance than rank of PCC and the original PCC in low false positive rate.

China has over 80 million disabled people. Disabled people of different types or ages require variety of rehabilitation service. For the purpose of fine management and to support government service, the database of rehabilitation was built based on the national disabled people's basic database and China's survey on disabled people's rehabilitation need. With this database of rehabilitation, we construct a data analysis and visualization system using S2SH framework in J2EE environment. We implement aids requirement regional analysis, rehabilitation institution distribution analysis and production data analysis in the system and choose Echarts to achieve data visualization.

Most combine harvesters have not be equipped with online fault diagnosis system. A fault information acquisition and diagnosis system of the Combine Harvester based on LabVIEW is designed, researched and developed. Using ARM development board, by collecting many sensors' signals, this system can achieve real-time measurement, collection, displaying and analysis of different parts of combine harvesters. It can also realize detection online of forward velocity, roller speed, engine temperature, etc. Meanwhile the system can judge the fault location. A new database function is added so that we can search the remedial measures to solve the faults and also we can add new faults to the database. So it is easy to take precautions against before the combine harvester breaking down then take measures to service the harvester.

Field investigation is an important job for scientists and staff of nature reserve. The traditional method for filed investigation is observing animals or plants outside, measuring related data, filling out paper forms in field, and typing into computer for statistics and analysis. This method is error-prone and inefficient. Intelligent mobile terminals running Android system become popular in recent years. They are portable and powerful. In this paper, we implemented a field investigation system based on Android. With this system, people working in filed can record data easily and store data into database automatically. Meanwhile, this system can integrate tracks with photos, videos and audios to illustrate human activity in detail. This system has been put to use and is welcomed by users from Qinghai Normal University. At the end of this paper, we look forward the future work.

CAD/CAM technology plays an increasingly important role in the machinery manufacturing industry. As an important means of production, the accumulated three-dimensional models in many years of design work are valuable. Thus the management of these three-dimensional models is of great significance. This paper gives detailed explanation for a method to design three-dimensional model databases based on SQL and to implement the functions such as insertion, modification, inquiry, preview and so on.