A Study on Assessing Government Size, the Composition of Public Spending on Education and Economic Growth in the USA

The paper aimed to assess the effect of government size and the composition of public spending on education on economic growth in the USA. This study is quantitative in which the data has been gathered from the World Data Bank for the past 60 years from 1960 to 2019. The variables which were considered in the study include government size, GDP growth, Inflation, FDI, GDP (Current US$), Education expenditure and GEE as % of GDP concerning the USA. In terms of the analysis, the Augmented Dickey-Fuller (ADF) has been used to determine the unity root. Moreover, the effect has been tested through Augmented Dickey-Fuller (ADF) and Bounds test. It has been determined from the analysis that GDP growth is dependent on the first lag while there is a significant effect of government size and public expenditure on education on GDP. It was also found that the controlling effect of inflation was also significant. The results of this study are restricted to the USA. With respect to the implications, there is a huge significance of these results as the government of the USA can ensure economic growth while increasing the educational expenses

Remade in Hong Kong : how Hong Kong people use Hong Kong Disneyland

Recent studies of globalization provide contrasting views of the cultural and sociopolitical effects of such major corporations as Disney as they invest transnationally and circulate their offerings around the world. While some scholars emphasize the ubiquity of Disney’s products and its promotion of consumerism on a global scale, accompanied by cultural homogenization, faltering democracy, and diminishing state sovereignty, others highlight signs of contestation and resistance, questioning the various state-capitalist alliances presumed to hold in the encounter between a global company, a local state, and the people. The settlement process and the cultural import of Hong Kong Disneyland in Hong Kong complicate these studies because of the evolving post-colonial situation that Disney encounters in Hong Kong. While Disney specializes in “imagineering” dreams, Hong Kong itself is messily imagining what “Hong Kong” is and should be, and how it should deal with others, including transnational companies and Mainlanders. In this thesis, I appropriate Doreen Massey’s ideas of space-time in order to examine Hong Kong Disneyland not as a self-enclosed park but as itself a multiplicity of spaces where dynamic social relations intersect in the wider context of post-colonial Hong Kong. I illuminate the shifting relationship between Disney, Mainlanders, and the locals as this relationship develops in its discursive, institutional, and everyday-life aspects. Through interviews and ethnographic research, I study how my respondents have established and interpreted the meanings of Hong Kong Disneyland, and how they have made use of the park to support their own constructions of place, of politics, and of identity

A Compiler for a Two-Dimensional Programming Language

A visual programming language is presented. This language uses interactive graphics to convey notion such as subroutine, recursion, block structure, parallel and serial processing to school children. Currently the system is interpreter based. To overcome the inefficiency of the interpreter based system, a compiler is implemented for this language. This report gives an overview of the compiler and the details about the parser, semantic analyzer and the code generator. Finally, a performance comparison between the interpreter based system and the compiler based system is given

High Speed and Wide Viewing Angle Liquid Crystal Displays

Novel structural configurations of a TFT-LCD (Thin Film Transistor Liquid Crystal Display) which results in both fast response to input data and provides wide-viewing-angles. The structure of the device is comprised of one pixel electrode layer and two common electrode layers. The structure of the invention can be used with liquid crystal display television (LCD-TV) monitors that require both fast-response as well as wide-viewing-angle. In addition, other liquid crystal technologies which require high speed response would benefit from the TFT-LCD of the present invention

Fast Response Liquid Crystal Mode. DIV.B

A novel nematic liquid crystal (LC) mode is based on the Fringing-Field-Switching of Vertically-Aligned liquid crystals. The VA-FFS mode is capable of generating very fast optical modulation without the use of very thin cell gap. IA major feature of this LC mode is that it has unusual fast relaxation time compared with the conventional nematic LC modes that require a thin cell gap. This fast relaxation occurs even at very low applied voltages and the operation is very stable. The fast-response mechanism of this LC mode involves the confinement of liquid crystal molecular switching within self-imposed thin LC layers. The present invention provides a novel approach to overcome the fundamental problem of the long relaxation time of the conventional nematic liquid crystal modes

Fast Response Liquid Crystal Mode

A novel nematic liquid crystal (LC) mode is based on the Fringing-Field-Switching of Vertically-Aligned liquid crystals. The VA-FFS mode is capable of generating very fast optical modulation without the use of very thin cell gap. IA major feature of this LC mode is that it has unusual fast relaxation time compared with the conventional nematic LC modes that require a thin cell gap. This fast relaxation occurs even at very low applied voltages and the operation is very stable. The fast-response mechanism of this LC mode involves the confinement of liquid crystal molecular switching within self-imposed thin LC layers. The present invention provides a novel approach to overcome the fundamental problem of the long relaxation time of the conventional nematic liquid crystal modes

Fast Response Liquid Crystal Mode DIV

A novel nematic liquid crystal (LC) mode is based on the Fringing-Field-Switching of Vertically-Aligned liquid crystals. The VA-FFS mode is capable of generating very fast optical modulation without the use of very thin cell gap. IA major feature of this LC mode is that it has unusual fast relaxation time compared with the conventional nematic LC modes that require a thin cell gap. This fast relaxation occurs even at very low applied voltages and the operation is very stable. The fast-response mechanism of this LC mode involves the confinement of liquid crystal molecular switching within self-imposed thin LC layers. The present invention provides a novel approach to overcome the fundamental problem of the long relaxation time of the conventional nematic liquid crystal modes

Prioritization of planned maintenance works in public hospitals in Hong Kong

Thesis (B.Sc)--University of Hong Kong, 2006.published_or_final_versio

On-off differential current-mode circuits for Gabor-type spatial filtering

We describe a current-mode circuit for Gabor-type image filtering which uses a differential representation where positive (on) and negative (off) signals are encoded using separate channels. Previous current-mode implementations represented positive and negative signals as variations around a constant bias at every pixel. However, this bias current has several disadvantages. First, variations in it introduce significant additive fixed pattern noise to the output. Second, it dissipates power even with zero input. Third, if the output is encoded using the Address Event Representation, the bias current sets up a quiescent firing rate which loads the bus. The architecture proposed here alleviates these problems since a zero signal is encoded as nearly zero current in both channels. On the other hand, the transistor count and the address space are doubled. Measurements from a 1 by 25 pixel array with a cell size of 64 μm by 540 μm was fabricated in the AMI 1.5 μm process available through MOSIS. Quiescent power dissipation was 5 μW total

An ON-OFF orientation selective address event representation image transceiver chip

This paper describes the electronic implementation of a four-layer cellular neural network architecture implementing two components of a functional model of neurons in the visual cortex: linear orientation selective filtering and half wave rectification. Separate ON and OFF layers represent the positive and negative outputs of two-phase quadrature Gabor-type filters, whose orientation and spatial-frequency tunings are electronically adjustable. To enable the construction of a multichip network to extract different orientations in parallel, the chip includes an address event representation (AER) transceiver that accepts and produces two-dimensional images that are rate encoded as spike trains. It also includes routing circuitry that facilitates point-to-point signal fan in and fan out. We present measured results from a 32 x 64 pixel prototype, which was fabricated in the TSMC0.25-μm process on a 3.84 by 2.54 mm die. Quiescent power dissipation is 3 mW and is determined primarily by the spike activity on the AER bus. Settling times are on the order of a few milliseconds. In comparison with a two-layer network implementing the same filters, this network results in a more symmetric circuit design with lower quiescent power dissipation, albeit at the expense of twice as many transistors