IMPACT OF PRODUCTIVITY MEASUREMENT SYSTEMS ON MUNICIPAL PERFORMANCE

Recently, a challenge to the use of traditional productivity and performance measurement tools has emerged. The focus of this debate i s whether such tools are instrumental for making critical trade-off decisions or program changes. In a nationwide survey of municipalities on this subject, the authors found that performance measurement systems are used across a number of service-related functions. While their perceived contribution to overall municipal performance tended to diminish for Individual worker productivity and morale concerns, the respondents–on balance-viewed the returns from performance measurement systems as worth the costs. The work concludes with several implications for possible adoption.     

Advocacy coalitions and the practice of policy analysis

Sabatier and Jenkins-Smith (above) have presented a framework for describing the processes by which public policies change over time, and Heintz and Weyant (above) have provided an array of case studies illustrating and elaborating those processes. This article will focus explicitly on the manner in which the advocacy coalition framework bears on the practice of policy analysis, both from the perspective of the manager of analytical resources, and from the perspective of the practicing policy analyst.     

Long economic cycles and the criminal justice system in the U.S.

Long cycles in capitalist development have been utilized as an analytical tool for political economic theory¹ and to explain major shifts in the social structure within capitalist political economies.² However, the potential impact that these massive changes in the political economy have on the historical development of criminal justice institutions and policies is an area not addressed within the literature. This article explores the relationship between long cycles of capitalist development and the historical formation of criminal justice policy in the United States.Earlier versions of this paper were presented at meetings of the American Society of Criminology (1984, 1986) and the Academy of Criminal Justice Sciences (1986).     

Civil Protection Cooperation in EU Law: Is There Room for Solidarity to Wriggle Past?

This article provides insight into the under‐researched area of civil protection cooperation and disaster response capacity in EU law. It discusses how the mechanisms set up by the EU have assisted Member States in supporting one another when faced with natural or man‐made disasters, including those perpetrated by terrorists. In particular, the article provides a critique of the Article 222 of the Treaty on the Functioning of the European Union (TFEU) clause, which has introduced the principle of solidarity within the EU's security strategy. The author explores the broadened notion of ‘threat’ in Europe and assesses the significance of the Solidarity Clause vis‐à‐vis the level of commitment required by Member States for its coherent implementation. The article then contrasts Article 222 TFEU with the mutual defence clause of Article 42 (7) Treaty on European Union (TEU), and finally points into certain ‘grey areas’ that may have a diminution effect upon the political message concerning the EU as a community based on solidarity.     

NIST bullet signature measurement system for RM (Reference Material) 8240 standard bullets

A bullet signature measurement system based on a stylus instrument was developed at the National Institute of Standards and Technology (NIST) for the signature measurements of NIST RM (Reference Material) 8240 standard bullets. The standard bullets are developed as a reference standard for bullet signature measurements and are aimed to support the recently established National Integrated Ballistics Information Network (NIBIN) by the Bureau of Alcohol, Tobacco and Firearms (ATF) and the Federal Bureau of Investigation (FBI). The RM bullets are designed as both a virtual and a physical bullet signature standard. The virtual standard is a set of six digitized bullet signatures originally profiled from six master bullets fired at ATF and FBI using six different guns. By using the virtual signature standard to control the tool path on a numerically controlled diamond turning machine at NIST, 40 RM bullets were produced. In this paper, a comparison parameter and an algorithm using auto-and cross-correlation functions are described for qualifying the bullet signature differences between the RM bullets and the virtual bullet signature standard. When two compared signatures are exactly the same (point by point), their cross-correlation function (CCF) value will be equal to 100%. The measurement system setup, measurement program, and initial measurement results are discussed. Initial measurement results for the 40 standard bullets, each measured at six land impressions, show that the CCF values for the 240 signature measurements are higher than 95%, with most of them even higher than 99%. These results demonstrate the high reproducibility for both the manufacturing process and the measurement system for the NIST RM 8240 standard bullets.