This paper proposes a framework for a full fledged negotiation system that
allows multi party multi issue negotiation. It focuses on the negotiation
protocol to be observed and provides a platform for concurrent and independent
negotiation on individual issues using the concept of multi threading. It
depicts the architecture of an agent detailing its components. The paper sets
forth a hierarchical pattern for the multiple issues concerning every party.
The system also provides enhancements such as the time-to-live counters for
every advertisement, refinement of utility considering non-functional
attributes, prioritization of issues, by assigning weights to issues.

本文提出了一个完整的谈判系统框架，它允许参与多方、多议题的谈判，关注谈判协议并提供以并发和独立谈判为基础的平台，同时也提供了多方面的增强措施。

HENRI: 高效互联网多方多议题基于谈判的鲁棒界面

HENRI: High Efficiency Negotiation-based Robust Interface for Multi-party Multi-issue Negotiation over the Internet

liquidSVM is a package written in C++ that provides SVM-type solvers for
various classification and regression tasks. Because of a fully integrated
hyper-parameter selection, very carefully implemented solvers, multi-threading
and GPU support, and several built-in data decomposition strategies it provides
unprecedented speed for small training sizes as well as for data sets of tens
of millions of samples. Besides the C++ API and a command line interface,
bindings to R, MATLAB, Java, Python, and Spark are available. We present a
brief description of the package and report experimental comparisons to other
SVM packages.

liquidSVM 是一款用 C++ 编写的软件包，提供了各种分类和回归任务的 SVM 类型求解器，并具有完全集成的超参数选择、多线程和 GPU 支持，以及几种内置数据分解策略，从而能够为数十万个样本的数据集以及小训练量的数据集提供前所未有的速度。

liquidSVM: 一个快速且通用的支持向量机软件包

liquidSVM: A Fast and Versatile SVM package

We present the new multi-threaded version of the state-of-the-art answer set
solver clasp. We detail its component and communication architecture and
illustrate how they support the principal functionalities of clasp. Also, we
provide some insights into the data representation used for different
constraint types handled by clasp. All this is accompanied by an extensive
experimental analysis of the major features related to multi-threading in
clasp.

介绍了多线程版本的先进求解器 clasp，详细阐述其组件和通信体系结构，并说明如何支持其主要功能。同时，我们提供了 clasp 处理不同约束类型所使用的数据表示的一些见解。伴随着大量的实验分析揭示了多线程中 clasp 的主要特征。