The White House Recently asked citizens to post suggestions on how to improve regulations.gov, data.gov, and the Federal web strategy. This is part two of a multi-part series on how to and more importantly, why we should consider changing the way these, (potentially) game-changing efforts could be improved. Here, we present some comments for regulations.gov and some suggestions on how changes could help improve the federal rulemaking process.
A pilot program that enables people to submit comments about certain District agencies and view how District residents graded those agencies. The goal is to help residents engage better with government and help government agencies improve the quality of their services.
PUBLISHED ON: Proceedings of the 26th International System Dynamics Conference (ISDC)
YEAR: 2008
ISBN: 978-1-935056-01-0
AUTHOR/s: Armenia, Perugia, Roma
REFERENCE PEOPLE/ORGANISATION: digitPA
LINKS: http://www.digitpa.gov.it/
USED TOOL: Powersim
DESCRIPTION: This study deals with a System Dynamics analysis of the paper dematerialization problem during the transition to an all-digital society. The efforts are focused on the description of the situation in terms of the relationships between systemic variables that define the underlying structure of the problem. The referring context is the Italian Public Administration. The central spots of the analysis are the diffusion of the "new technology" and the problem of the archives' dimensions, which have been formalized, by means of the creation and the study of a casual loop diagram, into a dynamical hypothesis. The systemic approach that we used through the whole study, allowed us to consider many collateral aspects that are crucial in this issue, and provide a rich analysis that also shows how social and psychological factors may in the end determine policy resistance and great obstacles to organizational change.
"LEADERSNew technologies are helping to connect governments and change agents from across sectors,and putting new frontiers within reach of traditional institutions. In this section, we provide an over-view of four such frontiers: social innovation, online gaming for the public good, crowdsourcing (and crowdfunding), and Gov2.0.A. SOCIAL INNOVATION nologies, and to problem-solving
more generally, areSocial innovation at its core is the successful
implementa-tion of new ideas that meet social needs.46"
Government 3.0: Rethinking Governance and Re-Imagining Democracy for the 21st Century at the Robert F. Wagner Graduate School of Public Service at NYU is a semester-long exploration of how to use technology to improve governance. Through conversations with leading technology and policy innovators, in-depth reading and, above all, personal reflection we will teach ourselves more about advances in technology, how those innovations can be applied to making decisions and solving problems and design new experiments that might help advance institutional innovation.
I saw a fascinating presentation by the guy who help make this. It is quite a fascinating attempt to summarize rich personal opinions and bring people together. Although the linked page, never seemed to take off, it shows potential.
ManaBalss.lv is a web-based tool for citizen involvement in legislative change in Latvia. 15% of Latvians are reported to have used the tool and two new laws have been passed as a result.
An anthology of essays from the McKinsey Center for Government (written by political leaders, civil servants, economists and policy experts) exploring the approaches that governments around the world are taking to common, emerging problems.
EpiSimS is a stochastic, agent-based simulation engine that models the spread of disease in regions, allowing for the assessment of disease prevention, intervention, and response strategies. EpiSimS explicitly represents the daily movements and interactions of synthetic individuals in a city or region, including their interactions with others. It is used as an experimental test bed for analyzing the consequences, feasibility, and effectiveness of response options to disease outbreaks.
The HYDRA integration architecture is an effort to develop a service-oriented architecture for integrated Web-based access of LANL agent-modeling capabilities. The work here includes both semantic and syntactic interoperability issues, optimization, computing performance, human machine interface design, and multi-scale, multi-model simulation and analysis software integration.