Suggestions for reforming the governance of global accounting standards

Public authorities overseeing the International Financial Reporting Standards (IFRS) Foundation, through the Monitoring Board in place sinceearly 2009, should encourage the Foundation to make itself more directlyaccountable to the global investment community. The Monitoring Board should re-examine its own role, composition andprocesses in the same spirit, one option being its enlargement to includeinvestor representatives, and transformation into a statutory body of theIFRS Foundation. The IFRS Foundationâ??s funding framework should be better aligned with itsgovernance and accountability arrangements. This Policy Contribution is an adaptation of a letter sent on 12 April 2011 fromthe author to the Monitoring Board of the IFRS Foundation, whose members are public authorities including the European Commission, as a response to the public consultation on the Monitoring Boardâ??s Consultative Report on the review of the IFRS Foundationâ??s governance.

Some suggestions for the insurance bill

Suggestions made by professor Ann and Bob Seidman for the insurance bill, which was aimed at providing adequate supervision and regulation for the insurance industry in Sri Lanka

Suggestions to Improve Lean Construction Planning

The Last Planner System® has been one of the most popular lean construction tools that offers a solution to tackle the problems of production management on construction sites. Since its inception almost 20 years ago, construction companies across the world have implemented Last Planner with reported success. However, even as Last Planner was originally designed to address some shortcomings of the CPM method, a particular shortcoming – namely task continuity was not addressed directly. Also, excepting PPC and Reasons for Non Completion charts, there are no explicit visual tools offered by the Last Planner system. On the other hand, Line of Balance based approaches intrinsically support the consideration of task continuity, and offer a basic visual management approach in schedule representation. With some exceptions, Line of Balance is seen as a special technique applicable only in linear or repetitive work based schedules. The authors suggest that i) there is a need for a robust theory of planning and scheduling and ii) there is a need for a more suitable approach that addresses critical aspects of planning and scheduling function for example by integrating Line of Balance and Last Planner to provide a more robust support for construction scheduling

Promoting Hope: Suggestions for School Counselors

School counselors need multiple resources to assist today\u27s students in developing to their fullest potential. This development might often be measured outwardly by academic success; however, psychological and emotional well-being of students is a large part of this success. The construct of hope is defined as a bidimensional characteristic consisting of an agency component (willpower to move toward one\u27s goals) and a pathways component (ability to develop multiple routes to one\u27s goals) and has been linked to academic success, athletic performance, psychological adjustment, and physical health in students (Snyder et al., 1991). Helping school counselors to enhance individual strengths through the promotion of characteristics such as hope may result in multiple benefits for students and their school environments at large. Studies involving hope and its correlates are discussed and suggestions for appropriate and feasible interventions in this area are given

Hinode 7: Conference Summary and Future Suggestions

This conclusion to the meeting attempts to summarise what we have learnt during the conference (mainly from the review talks) about new observations from Hinode and about theories stimulated by them. Suggestions for future study are also offered.Comment: This is the concluding summary for the Hinode 7 Conference, to be published in Pub. Astron. Soc. Japa

ComplementMe: Weakly-Supervised Component Suggestions for 3D Modeling

Assembly-based tools provide a powerful modeling paradigm for non-expert shape designers. However, choosing a component from a large shape repository and aligning it to a partial assembly can become a daunting task. In this paper we describe novel neural network architectures for suggesting complementary components and their placement for an incomplete 3D part assembly. Unlike most existing techniques, our networks are trained on unlabeled data obtained from public online repositories, and do not rely on consistent part segmentations or labels. Absence of labels poses a challenge in indexing the database of parts for the retrieval. We address it by jointly training embedding and retrieval networks, where the first indexes parts by mapping them to a low-dimensional feature space, and the second maps partial assemblies to appropriate complements. The combinatorial nature of part arrangements poses another challenge, since the retrieval network is not a function: several complements can be appropriate for the same input. Thus, instead of predicting a single output, we train our network to predict a probability distribution over the space of part embeddings. This allows our method to deal with ambiguities and naturally enables a UI that seamlessly integrates user preferences into the design process. We demonstrate that our method can be used to design complex shapes with minimal or no user input. To evaluate our approach we develop a novel benchmark for component suggestion systems demonstrating significant improvement over state-of-the-art techniques.Comment: SIGGRAPH Asia 2017. 12 page

Pig Feeding Suggestions

Exact date of bulletin unknown.PDF pages: