Lived citizenship as the locus of political agency in participatory policy

Participatory policies seeking to foster active citizenship continue to be dominated by a territorial imagination. Yet, the world where people identify and perform as citizens is spatially multifarious. This article engages with the tension between territorially grounded perceptions and relational modes of practicing political agency. Studying empirically the Finnish child and youth policies, we address jointly the participatory obligations that municipalities strive to fulfill, and the spatial attachments that children and young people establish in their lived worlds. To this end, we introduce the concept of lived citizenship as an interface where the territorially-bound public administration and the plurality of spatial attachments characteristic to transnational living may meet. We conclude by proposing a re-grounding of lived citizenship in both topological and topographical terms as an improvement in theoretical understanding of mundane political agency and as a step towards more proficient participatory policies.     

网络拓扑型政府组织模式的构建

网络拓扑技术作为一类信息技术，俨然已从过去最初的单纯的通讯传输与学术交流的技术手段和工具，演变为了在商贸、教育、科研、管理等方面广为应用的技术手段和工具。在当今网络时代传统政府组织模式不断受到质疑和冲击，政府必须积极应对、努力探索，应用信息手段适当地进行其组织模式的构建。运用网络拓扑技术构建网络拓扑型政府组织模式将引导我们逐步走向一个全新的复合型政府的管理世界，对于当前我国行政体制改革无疑具有深远的现实意义。     

拓扑学在指纹自动识别系统中的应用

拓扑学广泛应用于指纹自动识别系统的匹配算法中,但是还需要深入探索来逐步完善这种算法。通过一系列实验,验证了拓扑算法的优越性,也总结出利用指纹自动识别系统系统比对指纹时应注意的一些问题。     

浅谈移动通信规划的几个问题

结合在深圳、温州等地区的规划经验 ,总结提炼出在移动通信规划中负荷预测的方法 ,并在局所和管网规划等方面提出了自己的见解和观点 ,对城市移动通信产业的管理及规范发展提供了一些可借鉴的经验。     

拓朴学与指纹同一检验理论

拓朴学的研究对象是几何图形在一对一的双方连续变换下不变的性质 ,这种性质称之为拓朴性质。拓朴学是指纹检验的指导理论之一 ,指纹的同一性检验就是确定指纹之间的拓朴性质     

行政垄断的拓扑解释与司法规制

行政机关以规范性法律文件妨害市场公平竞争的行为在与民争利中使社会总福利减少甚至耗散。司法规制的本质是救济弱势权利与维持行政法治。运用制度的拓扑模型描述司法规制范围的不同立场,并将行政行为划分为圈内、圈外、圈边界三类行为空间,是试图将制度的拓扑学移植入行政法学的全新尝试。本文将以拓扑理论为方法,以正义为归宿探求行政垄断的司法规制问题。     

Solid-state acquisition of fingermark topology using dense columnar thin films

Various vacuum techniques are employed to develop fingermarks on evidentiary items. In this work, a vacuum was used to deposit columnar thin films (CTFs) on untreated, cyanoacrylate-fumed or dusted fingermarks on a limited selection of nonporous surfaces (microscope glass slides and evidence tape). CTF deposition was not attempted on fingermarks deposited on porous surfaces. The fingermarks were placed in a vacuum chamber with the fingermark side facing an evaporating source boat containing either chalcogenide glass or MgF(2). Thermal evaporation of chalcogenide glass or MgF(2) under a 1 μTorr vacuum for 30 min formed dense CTFs on fingermark ridges, capturing the topographical features. The results show that it is possible to capture fingermark topology using CTFs on selected untreated, vacuumed cyanoacrylate-fumed or black powder-dusted nonporous surfaces. Additionally, the results suggested this might be a mechanism to help elucidate the sequence of deposition.