决策支持系统(Decision-making Support System,DSS)是管理信息系统应用概念深化，在管理信息系统基础上发展起来的系统。 20世纪80年代末90年代初， 决策支持系统开始与专家系统（Expert System, ES）相结合，形成智能决策支持系统（ Intelligent Decision Support System, 联机分析处理、数据挖掘、模型库、数据库、知识库结合起来形成的决策支持系统，即将传统决策支持系统和新决策支持系统结合起来的决策支持系统是更高级形式的决策支持系统，成为综合决策支持系统（Synthetic Decision Support System, SDSS）。??
原文题目：A logic-based decision support system for the diagnosis of headache disorders according to the ICHD -3 international classification原文：Decision support systems play an important role in medical fields as they can augment clinicians to deal more efficiently and effectively with complex decision-making processes On the one hand, to support the diagnosis of this complex and vast spectrum of disorders, the International To fill this gap, we present HEAD-ASP, a novel decision support system for the diagnosis of headache
Preference Reporting and Aggregation (OPRA) system, an open-source online system that aims at providing support for group decision-making. distinctive features: UI for reporting rankings with ties, comprehensive analytics of preferences, and group decision-making We hope that the open-source nature of OPRA will foster the development of computerized group decision support systems.原文作者：Yiwei Chen, Jingwen Qian, Junming Wang, Lirong Xia, Gavriel Zahavi原文地址：https:arxiv.orgabs2005.13714
Therefore, without adequate computational support, current shared decision models have severe ethical might be influenced by these preferences, medical knowledge exists regarding the likelihood of the decision outcomes, and there is sufficient decision time. Ethical physicians should exploit computational decision support technologies, neither making the decisions Making without Providing Adequate Computational Support to the Care Provider and to the Patient原文作者：
Support vector machines (SVM) is one of the techniques we will use that doesnt have an easy probabilistic These points are called support vectors.支持向量机是当我们没有一个简单的统计学解释时使用的方法，SVM背后的思想是找出将数据分割成组的最佳平面。 Import support vector classifier (SVC) from the support vector machine module:从支持向量机模型中导入支持向量分类器：from This will show us the approximate decision boundary:现在我们拟合支持向量机，我们将画出它的图形中每个点的输出，这将展示给我们近似的决策边界。 Weve seen this function before, but lets take a look and see what it does to the decision boundaries
unexpectedly, and run faster than real timeRobust decisions健壮的决策研究方向：1.Build fine grained provenance support these changes, and automatically learn causal, source-specific noise models.2.Design API and language support and in particular can ag unforeseen inputsExplainable decisions可解释的决策研究方向：Build AI systems that can support , possibly by replaying the decision task against past perturbed inputs. More generally, provide systems support for causal inference安全?
In this one, the concept of bias-variance tradeoff is clearly explained so you make an informed decision because decision trees don’t make such hard assumptions. So is the case with algorithms like k-Nearest Neighbours, Support Vector Machines, etc.? : Linear Regression, Logistic Regression, Linear Discriminant Analysis.High-variance ML algorithms: Decision Trees, k-NN, and Support Vector Machines.Let’s look at the same dataset and try to fit the training
In this exercise, well be using support vector machines (SVMs) to build a spam classifier. Were going to train a linear support vector machine to learn the class boundary. If youre following along in the exercise text, theres a drawing where the decision boundary is shown For this data set well build a support vector machine classifier using the built-in RBF kernel and examine To visualize the decision boundary, this time well shade the points based on the predicted probability
This chapter will cover the following topics:本章将涵盖以下主题：1、 Doing basic classifications with Decision Trees 用决策树做基本分类2、 Tuning a Decision Tree model 调试决策树模型3、 Using many Decisions Trees – random forests 使用多个决策树 -随机森林4、 Tuning a random forest model 调试随机森林模型5、 Classifying data with support vector machines 使用支持向量机分类数据 For example, if we want to automate some decision-making process, we can utilize classification.
原文：A decision support system relies on frequent re-solving of similar problem instances. We propose a generative neural network design for learning integer decision variables of mixed-integer and thereby decrease global optimal solution solve time by 60.5%.原文标题：Generative deep learning for decision
any regressions, new browser bugs, etc.jQuery 2.0 (early 2013, not long after 1.9): This version will support the same APIs as jQuery 1.9 does, but removes support for IE 678 oddities such as borked event model attroperties”, HTML5 shims, etc.Our goal is for 1.9 and 2.0 to be interchangeable as far as the API set they support When 2.0 comes out, your decision on which version to choose should be as simple as this: If you need IE 678 support, choose 1.9; otherwise you can use either 1.9 or 2.0.
print(The accuracy of decision tree is, dtc.score(x_test, y_test))print(classification_report(dtc_y_pred boosting is, gbc.score(x_test, y_test))print(classification_report(gbc_y_pred, y_test)) The accuracy of decision tree is 0.7811550151975684 precision recall f1-score support 0.91 0.78 0.84 0.58 0.80 0.67 avg total 0.81 0.78 0.79 The accuracy of random forest classifier is 0.78419452887538 precision recall f1-score support 0.81 0.78 0.79 The accuracy of gradient tree boosting is 0.790273556231003 precision recall f1-score support
to share some information about the Microsoft Foundation Class (MFC) Library, and in particular the support MFC has many features that support building desktop apps, and MFC has supported both Unicode and MBCS The goal is to remove MBCS support entirely in a subsequent release. MFC would then support only Unicode. We are interested in hearing feedback about this decision, so if you have comments, please take the time
to models of environments that are both compressed and useful, thereby enabling efficient sequential decision The ability to un- derstand one’s surroundings well enough to support effec- tive decision making under To this end, a long-standing goal of RL is to endow decision-making agents with the ability to acquire and exploit abstract models for use in decision making, drawing inspiration from human cognition (Tenenbaum is to understand the role of information-theoretic compression in state abstraction for sequential decision
原文标题：A Framework of High-Stakes Algorithmic Decision-Making for the Public Sector Developed through a In this paper, we first develop a cohesive framework of algorithmic decision-making adapted for the public complex socio-technical interactions between human discretion, bureaucratic processes, and algorithmic decision-making In addition, algorithmic systems need to support existing bureaucratic processes and augment human discretion As a result of our study, we propose guidelines for the design of high-stakes algorithmic decision-making
Udacity Machine Learning Support Vector Machine----在做分类问题时，想要找到最好的那条线：? 所以我们的目标就是，找到一个 Decision Boundary 来最大化 Margin。?这样就可以很好地分类。 2.通常情况下，大多数 alpha＝0，意味着这些点对w没有影响 也就是说，为了找到这个解，有些 vector 是没有贡献的，你只需要从少数的 vector 就可以获得找到最优 W 的 support。 即，构建一个 machine，只包含这些 support vector，即这些非零的 alpha 相应的点。 直观上看，0-alpha 就是离 Decision Boundary 比较远的那些点，它们很难对这条线做贡献。
this new paradigm and its advantages over previous approaches.Data warehouses have a long history in decision support and business intelligence applications. While suitable for storing data, data lakes lack some critical features: they do not support transactions Support for ACID transactions ensures that as multiple parties concurrently read or write data, typically In the past most of the data that went into a company’s products or decision making was structured data