How to make the rhetoric of joined-up government really work

"Joined-up' government and 'whole-of-government' approaches have evolved over the past two decades from the simple 'one-stop-shop' concept to much more formal organisational structures mandated at the highest levels. In many cases, the participants in these developments were learning on the job, as they responded to community and political demands for better service delivery and more accountability. This paper looks back at some of those developments and proposes a schema to assess and place policies, strategies and programs.

Capacity building : just rhetoric, or a way forward in addressing health inequality?

Issue addressed: It is time to move beyond defining the problem of health inequality to taking action. The response required is complex and calls for system wide action. It is in this context that a discussion of increasing the capacity of the health system to respond to health inequality is both timely and essential. Methods: This paper looks at a capacity building framework that has been developed by the New South Wales Health Department and provides an example of a number of projects that have applied capacity building strategies. Conclusion: Addressing health inequality presents a significant challenge to health promotion practitioners. Emerging capacity building theory provides direction for strategies to build the capacity of a health system to address equity. It proposes a set of practical actions using the five focus areas of organisational development, workforce development, resource allocation, partnerships and leadership. So what?: A capacity building approach by itself will not provide the mandate and framework for the action that needs to be taken to address health inequality, but it helps to ensure that once potential solutions are identified the health system has the capacity to respond.

The politics of ancient Mesopotamia

Conventional wisdom asserts that the empires of ancient Mesopotamia were ruled by blood-thirsty tyrants with a penchant for megalomania and a lust for power.

However, archaeological work conducted during the nineteenth and twentieth centuries has begun to unearth a more sophisticated political landscape. Many of the empires of ancient Mesopotamia can be seen to have practised forms of governance remarkably similar to the democratic systems employed by the Greeks many centuries later.

This lecture will examine the democratic tendencies of various Mesopotamian empires and trace their influence on later Grecian developments.

The politics of Ancient Mesopotamia : prelude to democracy?

Conventional wisdom asserts that the empires of ancient Mesopotamia were ruled by blood-thirsty tyrants with a penchant for megalomania and a lust for power.
However, archaeological work conducted during the nineteenth and twentieth centuries has begun to unearth a more sophisticated political landscape. Many of the empires of ancient Mesopotamia can in fact be seen to have practised forms of governance remarkably similar to the democratic systems employed by the Greeks many centuries later.
This lecture will examine the democratic tendencies of various Mesopotamian empires and trace their influence on later Grecian developments.

Application of white-beam X-ray microdiffraction for the study of mineralogical phase identification in ancient Egyptian pigments

High-brightness synchrotron X-rays together with precision achromatic focusing optics on beamline 7.3.3 at the Advanced Light Source have been applied for Laue microdiffraction analysis of mineralogical phases in Egyptian pigments. Although this task is usually performed using monochromatic X-ray diffraction, the Laue technique was both faster and more reliable for the present sample. In this approach, white-beam diffraction patterns are collected as the sample is raster scanned across the incident beam (0.8 µm × 0.8 µm). The complex Laue diffraction patterns arising from illumination of multiple grains are indexed using the white-beam crystallographic software package XMAS, enabling a mineralogical map as a function of sample position. This methodology has been applied to determine the mineralogy of colour pigments taken from the ancient Egyptian coffin of Tjeseb, a priestess of the Apis bull dating from the Third Intermediate to Late period, 25th Dynasty to early 26th Dynasty (747 to 600 BC). For all pigments, a ground layer of calcite and quartz was identified. For the blue pigment, cuprorivaite (CuCaSi4O10) was found to be the primary colouring agent with a grain size ranging from ∼10 to 50 µm. In the green and yellow samples, malachite [Cu2(OH)2CO3] and goethite [FeO(OH)] were identified, respectively. Grain sizes from these pigments were significantly smaller. It was possible to index some malachite grains up to ∼20 µm in size, while the majority of goethite grains displayed a nanocrystalline particle size. The inability to obtain a complete mineralogical map for goethite highlights the fact that the incident probe size is considerably larger than the grain size. This limit will continue to improve as the present trend is toward focusing optics approaching the diffraction limit (∼1000× smaller beam area).

The complete fool: Insights and trajectories from an ancient path

This study presents a novel and accompanying exegesis which explore the fool behind the Fool by stripping away his usual costume and arenas of power and folly to expose an essence – an impulse of potentiality – that helps explain the Fool’s perpetuity and argues his critical significance as a catalyst for creative thinking.

Automatic attribution of ancient Roman imperial coins

Classification of coins is an important but laborious aspect of numismatics - the field that studies coins and currency. It is particularly challenging in the case of ancient coins. Due to the way they were manufactured, as well as wear from use and exposure to chemicals in the soil, the same ancient coin type can exhibit great variability in appearance. We demonstrate that geometry-free models of appearance do not perform better than chance on this task and that only a small improvement is gained by previously proposed models of combined appearance and geometry. Thus, our first major contribution is a new type of feature which is efficient in terms of computational time and storage requirements, and which effectively captures geometric configurations between descriptors corresponding to local features. Our second contribution is a description of a fully automatic system based on the proposed features, which robustly localizes, segments out and classifies coins from cluttered images. We also describe a large database of ancient coins that we collected and which will be made publicly available. Finally, we report the results of empirical comparison of different coin matching techniques. The features proposed in this paper are found to greatly outperform existing methods.

Reading ancient coins: automatically identifying denarii using obverse legend seeded retrieval

The aim of this paper is to automatically identify a Roman Imperial denarius from a single query photograph of its obverse and reverse. Such functionality has the potential to contribute greatly to various national schemes which encourage laymen to report their finds to local museums. Our work introduces a series of novelties: (i) this is the first paper which describes a method for extracting the legend of an ancient coin from a photograph; (ii) we are also the first to suggest the idea and propose a method for identifying a coin using a series of carefully engineered retrievals, each harnessed for further information using visual or meta-data processing; (iii) we show how in addition to a unique standard reference number for a query coin, the proposed system can be used to extract salient coin information (issuing authority, obverse and reverse descriptions, mint date) and retrieve images of other coins of the same type.