Who gets the cats...you or me? Analyzing contact and residence issues regarding pets upon divorce or separation

Mills and Akers outline the statistical incidence of pet ownership and people's need for domestic pets, discuss ownership or property rights in domestic pets, outline the criteria used by the courts when ruling on implied contact and residence rights regarding domestic pets upon the irretrievable breakdown between the "owners" of the particular pets, and highlight both the shortcomings in the existing law and possible means of overcoming those shortcomings.

Peer groups, power and pedagogy : the limits of an educational paradigm of separation

In contrast to the plethora of literature that suggests that the increasing gulf between teachers and young people is due to the shifting interests and expectations of young people, the focus of this paper is on the roles teachers play in this relationship. Provoking interest is a concern that some of the assumptions that underpin 'mainstream' pedagogic theory and practice might actually contribute, albeit unwittingly, to hardening rather than softening the communication divide. Drawing on an incident that took place between a group of 7–8 year old males in a primary school setting, the authors reveal the limits of a teaching paradigm that encourages teachers to adopt authoritative positions from which to separate and individualise student behaviour. In theoretical terms, they argue that the application of this paradigm asserts an exaggerated notion of agency to individuals in the construction of identity. In practical terms it promotes processes that individualise behaviour as a way of dealing with miscreance. Together these manifest themselves as a 'pedagogy of separation'. The process of building more productive pedagogic relationships, it is concluded, needs to begin with teachers better recognising and engaging with the collective investments of young people.

A new second-order method for blind signal separation from dynamic mixtures

This paper presents a new approach to separate colored stationary signals mixed by convolutive channels. A cost function is proposed by employing linear constraint to the demixing vectors. The linear constraint is shown to be sufficient for avoiding trivial solution. The minimization of the cost function is performed using the Lagrangian method. Simulation results demonstrate the performance of the algorithm.

Blind source separation based on phase and frequency redundancy of cyclostationary signals

This paper presents a new method for blind source separation by exploiting phase and frequency redundancy of cyclostationary signals in a complementary way. It requires a weaker separation condition than those methods which only exploit the phase diversity or the frequency diversity of the source signals. The separation criterion is to diagonalize a polynomial matrix whose coefficient matrices consist of the correlation and cyclic correlation matrices, at time delay .TAU. = 0, of multiple measurements. An algorithm is proposed to perform the blind source separation. Computer simulation results illustrate the performance of the new algorithm in comparison with the existing ones.

The separation of ownership and control under a happiness-based theory of the corporation

Explores the happiness-based theory of the corporation, suggesting that there is no conflict between the pursuance of economic and social objectives on the basis that their interplay is required to facilitate shareholder happiness. Considers: (1) the Berle-Means hypothesis and the separation of ownership and control, the dominant governance structure for large companies; (2) a happiness-based perspective on the separation; and (3) law reform applicable to a happiness-based theory. Argues that the separation of ownership and control is not in shareholders' best interests because the structure is not conducive to the happiness of individual shareholders and should be reformed.

Women`s satisfaction with life following marital separation : coping resources and adjustment of lone-parent women

This questionnaire study examined the adjustment of 245 lone-parenting women following marital separation. A composite model included intrapsychic variables as intervening between demographic and contextual variables and adjustment (life satisfaction). Regression analyses showed that the demographic and contextual variables were partially mediated by the intrapsychic variables. The path model indicated that the intrapsychic variables (sense of coherence, control, depression, and grief) had a direct impact on life satisfaction and that there was an indirect path for depression through sense of coherence (SOC) and control. It was concluded that the intrapsychic variables had a more powerful relationship with women's post-separation life satisfaction than did the demographic/contextual variables. Social implications and recommendations for future policy are considered.

Assessing adult adjustment to relationship separation : the Psychological Adjustment to Separation Test (PAST)

Relationship separation is associated with substantial adult adjustment problems. The Psychological Adjustment to Separation Test (PAST) was developed as a self-report measure of 3 key dimensions of separation adjustment problems: lonely negativity, ex-partner attachment and coparenting conflict. Two independent samples (n = 219 and n = 169, respectively) of recently separated adults, 60% of whom had children, completed the PAST and other measures of general adjustment. Exploratory and confirmatory factor analyses demonstrated a replicable 3-factor structure, with each factor showing satisfactory test–retest and internal reliability and good convergent and discriminant validity. The PAST meets initial criteria for a potentially useful new measure of adult separation adjustment.

Separation of conjoined twins: experiences of perioperative nurses and their recommendations

Background: Within an 8-month period, an unprecedented and historical first in Queensland, Australia, the perioperative nurses were members of teams involved in the surgical separation of two sets of conjoined twins. Little is known about the (dis)stress that some of these perioperative nurses experienced nor how best to support them during such experiences.

Aim: The aim of this paper is to report on the qualitiative study that explored the experiences of those perioperative nurses involved in the surgical separation of cojoined twins and from their stories propose recommendations to support perioperative nurses who are confronted with such workplace experiences.

Methods: Using a narrative methodology, nine perioperative nurses shared their stories of being involved in the surgical separation of conjoined twins in Australia. Narrative and thematic analyses were conducted and recommendations to support perioperative nurses through workplace (dis)stress were identified. Participants validated the findings and recommendations.

Findings: The analyses revealed the themes of professionalism, teamwork, 'them vs. us' and emotional loads.

Discussion: The sensationalism around the rarity of conjoined twins brought an intensive intrusiveness from the world media. As a result, secrecy within the hospital about the conjoined twin cases created divisions between those perioperative nurses on the teams and those not. The processes and outcomes of the two surgical cases were in contrast to each other. For some perioperative nurses this caused distress. It is essential that professional support is offered in a way in which the perioperative nurse can take it up without fear of negative judgement.

A new second order method for blind signal separation from convolutive mixtures

This paper presents a new approach to separate colored signals mixed by FIR (finite impulse response) and MIMO (multiple-input multiple-output) channels. A cost function is proposed by employing linear constrainit to the de mixing vectors. The linear constraint is shown to be sufficient for avoiding trivial solution. The minimization of the cost function is performed using the Lagrangian method. Simulation results demonstrate the performance of the algorithm.

Blind separation of cyclostationary sources based on phase-frequency redundancy

Thin paper presents a new algorithm for blind source separation (BSS) by exploiting phase and frequency redundancy of cyclostationary signals in a complementary way. The separation criterion is to diagonalize a polynomial matrix whose coefficient matrices consist of the correlation and cyclic correlation matrices of multiple measurements. Computer simulation results illustrate, the performance of the new algorithm in comparison with some existing algorithms.

Blind separation of cyclostationary signals from instantaneous mixtures

This paper presents a new approach for blind separation of unknown cyclostationary signals from instantaneous mixtures. The proposed method can perfectly separate the mixed source signals so long as they have either different cyclic frequencies or clock phases. This is a weaker condition than those required by the algorithms. The separation criterion is to diagonalize a polynomial matrix whose coefficient matrices consist of the correlation and cyclic correlation matrices, at time delay τ=0, of multiple measurements.

Adaptive blind source separation using constant modulus criterion and signal mutual information

We address the problem of adaptive blind source separation (BSS) from instantaneous multi-input multi-output (MIMO) channels. It is known that the constant modulus (CM) criterion can be used to extract unknown source signals. However, the existing CM based algorithms normally extract the source signals in a serial manner. Consequently, the accuracy in extracting each source signal, except for the first one, depends on the accuracy of previous source extraction. This estimation error propagation (accumulation) causes severe performance degradation. In this paper, we propose a new adaptive separation algorithm that can separate all source signals simultaneously by directly updating the separation matrix. The superior performance of the new algorithm is demonstrated by simulation examples