基于Lotus Notes的工作流技术在OA系统中的应用

基于工作流的开发方法是随着计算机技术的发展以及计算机网络的广泛应用而提出来的，它为许多具有群组协同特征的应用开发提供了理论指导。结合实际介绍了工作流技术开发基于Lotus Notes平台的办公自动化系统(OA)方面的应用，并探讨了有关的技术问题。     

在Domino环境中开发Web软件的方法探讨

以办公自动化系统中日程安排及待办事宜这个功能模块为例，探讨了如何在Lotus Domino R5中开发基于Web的办公自动化系统，分析了在开发过程中常见的问题并提出了相应的解决办法。     

基于LearningSpace系统的远程教学

本文系统描述了利用LearningSpace系统进行开发远程教学系统的优势、需求及设计思想。     

XML在Domino环境中异构数据交换技术应用

为了解决本院药品检验系统中内部数据与外部数据集成问题,概括介绍利用XML在Lotus Domino 环境中进行数据交换的原理,并详细讨论在Lotus Domino环境中利用XML 实现检品信息交换的技术,得出结论在Lotus Domino环境中利用XML进行异构数据交换为应用系统带来更大的灵活性。     

Collaborative technologies in knowledge telework: an exploratory study

Abstract.  Knowledge workers in distributed work environments require substantial communication with colleagues and supervisors to perform their work activities, and collaborative technologies, like groupware, continue to improve the potential for such communication. This study investigates how an improvement in collaborative technology among a group of knowledge teleworkers impacts their communication patterns. The study focuses on one communication-based work process: knowledge sharing. The research involves a 6-month exploratory longitudinal case study of a group of teleworkers where a new groupware technology was implemented. The results indicate that while there are fewer instances of communication among group members after the technology is implemented, communication becomes more centralized around the district manager. These results suggest that increased collaborative technologies result in an adjustment between explicit and tacit knowledge sharing, as the availability of a centralized and updateable database reduces workgroup communications. However, consistent with structuration theory, telework group members do use communication technologies to address their most apparent needs and concerns. Other potential explanations and implications of these findings are discussed.     

Lotus Notes中访问外部非Notes数据库的方法

探讨了在LotusNotes中访问外部非Notes数据库的一般方法,并且给出了应用举例。     

A spreadsheet program to optimize kinetic parameters of organic matter from laboratory pyrolysis data

Transformation of sedimentary organic matter (OM) to hydrocarbons is best modeled by assuming the total reaction suite consists of parallel degradations of ‘i’ hypothetical components following the Arrhenius equation and first order kinetics. A kerogen can be defined by characterizing each constituent component by its activation energy (Ei) their initial potentials (Xios) and a single frequency factor (A). We present a user friendly Lotus 1-2-3 program to determine A, Ei and Xio distribution of OMs using a multiple linear regression utility and programmed macros. Rock Eval (RE) S₂ curves of three heating rates are required. Equally spaced time/temperature and peak height data for S₂ curves of ‘n’ temperature steps in increasing order of heating rates are the inputs for the program. The fraction of hydrocarbon generated (f) from 19 hypothetical components of Ei 30, 32,34…78 Kcal/mole for ‘n’ temperature/time steps, by using frequency factor (A) value and assuming Xios=1, are calculated and set up in a ‘n×19’ matrix (matrix M). The fraction of total hydrocarbon generated (f) at ‘n’ temperature steps, obtained from the observed peak heights, are set up in a ‘n×1’ matrix (matrix L). Matrix M is suitably reduced by the program to ‘n×k’ matrix (matrix N) where ‘k’ is a variable, facilitating matrix inversion. Regressing matrix N against matrix L by the program, gives the Xios for ‘k’ Ei components along with a standard error (ERR) of Y estimates and R². Xios and A are then optimized iteratively by varying A values and selecting the solution associated with the lowest ERR value. Results of applying the program on data sets of two widely different types of samples from Indian basins are shown. They match the results obtained from the more sophisticated proprietary software.     

利用Notes建立中小企业的OA系统

阐述了如何通过较低的投入来实现中小企业的办公自动化管理。     

地市级气象局Lotus Notes邮件系统的管理和维护

本文介绍了地市级气象部门 Lotus/Notes 邮件系统的日常管理和维护,对系统的用户管理,数据库管理、系统的备份和恢复做了具体的阐述。     

基于Lotus Domino平台的学校OA系统的设计与实现

目前大多数学校都是通过人工传达的方式进行公文的审批,这样的办公模式极大地降低了工作效率,限制了各部门之间信息的交流与共享。如何使学校教职工从繁重的传统办公模式中解脱出来,提高办公效率,是各学校急需解决的问题．本文介绍了基于Lotus Domino平台的学校OA系统的设计与实现。