The Continuing Need to Distinguish Between Myth and Reality: Remarks of Edward B. Miller before the Commission on the Future of Worker-Management Relations

Testimony_Miller_090894.pdf: 117 downloads, before Oct. 1, 2020

The NLRB and National Labor Policy: An Introduction

Each of the five articles in this symposium deals with a recent development in American labor law. Professor Sanders addresses the interesting question whether strikes have a place in future labor dispute settlement. Mr. Nash discusses at length the important new policy of NLRB deferral to arbitration under Collyer Insulated Wire. Mr. Kilberg then examines the recurring problem of discrimination in American labor organizations, and Mr. Bakaly reconsiders the important case of Burns International Security Services, Inc. v. NLRB and gives us a critical evaluation of that decision. Finally, Professor Rabin presents a comprehensive synthesis of the law relating to the permissible scope of employer unilateral action. My introductory comments are a brief attempt to lend to the symposium additional historical and legal perspective, thus emphasizing the current importance of the topics discussed. Furthermore, in the latter portion of the introduction I have tried to anticipate some of the major developments that may occur in the not-too-distant future--developments in which the issues and policies discussed in this symposium will undoubtedly have an important impact

An Oasis or Just a Mirage: The Jericho Casino and the Future of the Israeli-Palestinian Peace Process

More than seven years have passed since the signing of the historic peace agreement between Israel and the Palestine Liberation Organization (“P.L.O.”). While the final borders and powers of a Palestinian State are still being discussed by the parties to the agreement, the fact of Palestinian autonomy is an irreversible reality. As such, the Israeli military occupation of the West Bank and the Gaza Strip has slowly been giving way to a self-governing Palestinian body which now administers most of the territories and nearly all of the Palestinian who reside therein

Vol. 12, No. 3

Contents: Should We Appeal: An Analysis of Ten Years of Court Review of Illinois Public Employees Bargaining Board Decisions, by Edward B. Miller Recent Developments, by the Student Editorial Board Further References, compiled by Margaret A. Chaplanhttps://scholarship.kentlaw.iit.edu/iperr/1024/thumbnail.jp

In vivo imaging reveals transient microglia recruitment and functional recovery of photoreceptor signaling after injury.

Microglia respond to damage and microenvironmental changes within the central nervous system by morphologically transforming and migrating to the lesion, but the real-time behavior of populations of these resident immune cells and the neurons they support have seldom been observed simultaneously. Here, we have used in vivo high-resolution optical coherence tomography (OCT) and scanning laser ophthalmoscopy with and without adaptive optics to quantify the 3D distribution and dynamics of microglia in the living retina before and after local damage to photoreceptors. Following photoreceptor injury, microglia migrated both laterally and vertically through the retina over many hours, forming a tight cluster within the area of visible damage that resolved over 2 wk. In vivo OCT optophysiological assessment revealed that the photoreceptors occupying the damaged region lost all light-driven signaling during the period of microglia recruitment. Remarkably, photoreceptors recovered function to near-baseline levels after the microglia had departed the injury locus. These results demonstrate the spatiotemporal dynamics of microglia engagement and restoration of neuronal function during tissue remodeling and highlight the need for mechanistic studies that consider the temporal and structural dynamics of neuron-microglia interactions in vivo

The Middeck Active Control Experiment (MACE)

The Middeck Active Control Experiment (MACE) is a NASA In-Step and Control Structure Interaction (CSI) Office funded Shuttle middeck experiment. The objective is to investigate the extent to which closed-loop behavior of flexible spacecraft in zero-gravity (0-g) can be predicted. This prediction becomes particularly difficult when dynamic behavior during ground testing exhibits extensive suspension and direct gravity coupling. On-orbit system identification and control reconfiguration is investigated to improve performance which would otherwise be limited due to errors in prediction. The program is presently in its preliminary design phase with launch expected in the summer of 1994. The MACE test article consists of three attitude control torque wheels, a two axis gimballing payload, inertial sensors and a flexible support structure. With the acquisition of a second payload, this will represent a multiple payload platform with significant structural flexibility. This paper presents on-going work in the areas of modelling and control of the MACE test article in the zero and one-gravity environments. Finite element models, which include suspension and gravity effects, and measurement models, derived from experimental data, are used as the basis for Linear Quadratic Gaussian controller designs. Finite element based controllers are analytically used to study the differences in closed-loop performance as the test article transitions between the 0-g and 1-g environments. Measurement based controllers are experimentally applied to the MACE test article in the 1-g environment and achieve over an order of magnitude improvement in payload pointing accuracy when disturbed by a broadband torque disturbance. The various aspects of the flight portion of the experiment are also discussed

CORRELATIONS AMONG GRAIN CHARACTERISTICS USED TO DETERMINE THE EFFECTS OF ROUGH RICE STORAGE TIME AND TEMPERATURE ON AROMATIC RICE QUALITY

Summary statistics and corresponding Spearman correlation coefficients are illustrated for various subsets of aromatic rough rice storage time and temperature data from (a) the College Station texture sensory panel, (b) the New Orleans aroma and flavor sensory panel, and (c) the Beaumont USDA-ARS Rice Quality Laboratory. These correlations represent the inclinations of seemingly-related measures of several attributes to "move together," acting as an indicator of their associations with or impacts on one another.Crop Production/Industries,

CORRELATIONS AMONG GRAIN CHARACTERISTICS USED TO DETERMINE THE EFFECTS OF MILLED RICE STORAGE TIME AND TEMPERATURE ON AROMATIC RICE QUALITY

Summary statistics and corresponding Spearman correlation coefficients are illustrated for various subsets of aromatic milled rice storage time and temperature data from (a) the College Station texture sensory panel, (b) the New Orleans aroma and flavor sensory panel, and (c) the Beaumont USDA-ARS Rice Quality Laboratory. These correlations represent the inclinations of seemingly-related measures of several attributes to "move together," acting as an indicator of their associations with or impacts on one another.Crop Production/Industries,