This paper is motivated by the increasing popularity of efficient designs for stated choice experiments. The objective in efficient designs is to create a stated choice experiment that minimizes the standard errors of the estimated parameters. In order to do so, such designs require specifying prior values for the parameters to be estimated. While there is significant literature demonstrating the efficiency improvements of employing efficient designs, the bulk of the literature tests conditions where the priors used to generate the efficient (...) design are assumed to be accurate. However, there is substantially less literature that compares how different design types perform under varying degree of error of the prior. The literature that does exist assumes small fractions are used, which is in contrast to computer-aided surveys that readily allow for large fractions. Further, the results in the literature are abstract in that there is no reference point to provide clear insight on the magnitude of any issue. Our objective is to analyze the robustness of different designs within a typical stated choice experiment context of a trade-off between price and quality. We use as an example transportation mode choice, where the key parameter to estimate is the value of time. Within this context, we test many designs to examine how robust efficient designs are against a misspecification of the prior parameters. The simple mode choice setting allows for insightful visualizations of the designs themselves and also an interpretable reference point for the range in which each design is robust. Not surprisingly, the D-efficient design is most efficient in the region where the true population VOT is near the prior used to generate the design: the prior is $20/h and the efficient range is $10–$30/h. However, the D-efficient design quickly becomes the most inefficient outside of this range, and the estimation significantly degrades above $50/h. The orthogonal and random designs are robust for a much larger range of VOT. The robustness of Bayesian efficient designs varies depending on the variance that the prior assumes. Implementing two-stage designs that first use a small sample to estimate priors are also not robust relative to uninformative designs. Arguably, the random design performs as well as any design, and it will perform even better if data cleaning is done to remove choice tasks where one alternative dominates the other. (shrink)

Pei Wang, Ben Goertzel. [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17] [ 18] [19] [20] [21] [22] [23] [24] [25] [26] [27] Bach, J. (2009). Principles ofSynthetic Intelligence PSI: An Architecture ofMotivated Cognition (Oxford University Press,  ...

Unlike eggs and diatoms, most single cells in nature do not have structured shells to provide extensive protection. It is a challenge to artificially confer shell structures on living cells to improve their inherent properties and functions. We discuss four different types of cellular shellizations: man‐made hydrogels, sol‐gels, polyelectrolytes, and mineral shells. We also explore potential applications, such as cell storage, protection, delivery, and therapy. We suggest that shellization could provide another means to regulate and functionalize cells. Specifically, the integration (...) of living cells and non‐living functional shells may be developed as a novel strategy to create “super” or intelligent cells. Unlike biological approaches, this material‐based bio‐interface regulation is inexpensive, effective, and convenient, opening up a novel avenue for cell‐based technologies and practices. (shrink)

This book explores the revolutionary intersection of Generative AI (GenAI) and cybersecurity. It presents a comprehensive guide that intertwines theories and practices, aiming to equip cybersecurity professionals, CISOs, AI researchers, developers, architects and college students with an understanding of GenAI’s profound impacts on cybersecurity. The scope of the book ranges from the foundations of GenAI, including underlying principles, advanced architectures, and cutting-edge research, to specific aspects of GenAI security such as data security, model security, application-level security, and the emerging fields (...) of LLMOps and DevSecOps. It explores AI regulations around the globe, ethical considerations, the threat landscape, and privacy preservation. Further, it assesses the transformative potential of GenAI in reshaping the cybersecurity landscape, the ethical implications of using advanced models, and the innovative strategies required to secure GenAI applications. Lastly, the book presents an in-depth analysis of the security challenges and potential solutions specific to GenAI, and a forward-looking view of how it can redefine cybersecurity practices. By addressing these topics, it provides answers to questions on how to secure GenAI applications, as well as vital support with understanding and navigating the complex and ever-evolving regulatory environments, and how to build a resilient GenAI security program. The book offers actionable insights and hands-on resources for anyone engaged in the rapidly evolving world of GenAI and cybersecurity. (shrink)

This study uses the longitudinal data from the Building a New Life in Australia survey to examine the relationships between human capital and labour market participation and employment status among recently arrived/approved humanitarian migrants. We find that the likelihood of participating in the labour force is higher for those who had pre-immigration paid job experience, completed study/job training and have better job searching knowledge/skills in Australia and possess higher proficiency in spoken English. We find that the chance of getting a (...) paid job is negatively related to having better pre-immigration education, but it is positively related to having unpaid work experience and job searching skills in Australia, and better health. We also explore the ethical implications of the findings. (shrink)

本书从本体论和神学背景出发,将谢林哲学与现当代西方哲学联系起来。对“谢林哲学的转向”、“潜能学说”、“神话哲学”、“自由学说”等作了研究。.

Ben shu jie shao le gong zi zhen, wei yuan, yan fu, kang you wei, tan si tong, liang qi chao, chen tian hua, zhang bing lin deng wan qing si xiang jia de zhe xue si xiang.

Ben shu nei rong bao kuo:zhong hua min zu dao de sheng huo zong lun,Yuan gu zhi zhan guo dao de sheng huo de ji ben zhuang kuang,Dao de guan xi ji wu zhong ji ben lun chang de que li,Li yi gui fan he li wen hua de xing qi yu hong yang,De hua tian xia yu dao de jiao yu zhi kai zhan deng.

本书从经验的角度研究介绍感觉、知觉、思维、情感等精神官能的活动机理,又从实践的角度剖析主观内在走向外在和由外在走向内在的活动原则。.

本书是王蒙先生用自己的人生历练, 用自己的体悟感受, 用自己的政治经历, 社会经历, 人生经历, 文学经历, 也用自己的知识与智商去与庄生对话, 与庄生共舞, 揣摩逼近庄生的鱼, 兔, 意图, 意念, 雄辩与才华, 对"庄子"进行解说与阐释, 交映生辉.

Ben shu gong you ba jiang zu cheng, fen bie shi sheng ren bi ke xue er zhi, Wang Yangming de xin xue ti xi, shi gong yu bing xue, wen xue si xiang yu shi wen chuang zuo, jiao yu si xiang yu shi jian, Yangming hou xue, Yangming xue zai jin xian dai de ying xiang, Yangming wen hua yu Guizhou lü you. Mei ge lun ti lun shu ji zhong, shen du shi zhong, xu shu xing (...) yu yan tong su liu chang, gu shi xing qiang, hen shi he da zhong du zhe yue du. wei qi fa du zhe si kao, zeng qiang yue du xiao guo, zai mei yi jiang zhi hou shi liang she zhi le yi xie ming ci jie shi, jian da tao lun ti. ling pei he xiang guan wen zi, she zhi le yi xie tu pian, bei ke he Yangming shu fa zuo pin deng, ju you ji jia de guan shang xing. (shrink)

本书内容按中国美学发展的时代先后编写,从先秦到近现代共分六篇,每一篇包括原文和提要两部分。.

我的喜歡，就是唯一的熱門， 走出自己想走的路，活出自己想要的內涵， 就可以超離有用與無用的兩難困境， 不是人間社會的冷門或熱門， 而是我自己的門，獨一無二的門。 國學巨擘王邦雄教授五十年講學、研究不輟，以自家生命的感受，體證莊子哲學思想的宏闊及義理內涵的轉折，論說詮解理路分明，抉發智慧開顯新義，隨著歲月的錘鍊，感悟會通更進一層，真情實感觸動人心，流動在字裡行間 的，不是知識理論而是生命智慧。 本書解讀莊子思想最為核心的內七篇，依循貫串其中的縱軸線去展開鋪陳，將莊子的處世哲學與生命態度，以具體的生活經驗說解，道出了莊子獨步千古閒散自在的意態與風貌。 如何突破存在的困局、克服人世的難關？如何在逆境中安頓身心，追求自我的成長？莊子妙道哲理的慧解光照，將解消心靈的桎梏與生命的困苦，引領每一個人走向自在自得的人生旅程。.

本书内容包括:党的重大战略思想中人的理论研究、人性和人的本质基本观点研究、人的信仰基本观点研究、人权基本观点研究等。.

Ben shu wan zheng di ti xian le yang ming xin xue"xin ji li","zhi xing he yi","zhi liang zhi"san da ming ti,Sheng dong di ji zai le yang ming xin xue li lun zai yang ming shi sheng zhi jian de gou jian he chuan bo guo cheng,Jiao wei ji zhong di zhan xian he hui ji le yang ming de xin xue si xiang ti xi,Dui yu yang ming hou xue de fa zhan chan sheng le zhi jie er (...) shen yuan de ying xiang. (shrink)

Ben shu yi dong zhong shu zi ran guan wei shi jiao,Chan shu le dong zhong shu de"tian ren gan ying"lun,"wu lei lei bi"he"xun ming de li"de fang fa lun,Yi tian wei yuan ben de yu zhou lun,"bian er you chang"de bian zheng tian dao guan,Yi ji dong zhong shu you guan yuan qi,Yin yang,Wu xing de zi ran ke xue si xiang,Zai zong ti shang ken ding le dong zhong shu zai jie shi he ren shi zi ran gui (...) lü shang de jin bu xing,Ken ding le dong zhong shu dui zhong guo gu dai zi ran ke xue de gong xian,Bing pi ping le yi wang dui dong zhong shu bu gong zheng di ping pan.Ben shu tong shi ye zhi chu le dong zhong shu de mou xie si xiang dui hou shi de fu mian ying xiang. (shrink)

Ben shu nei rong bao kuo: ren lei wei he ru ci duo shi; dong fang gu dian de Afanda Wutuobang; sheng ren jiu jing wei shui xiao lao; zhi li de xian du yu xu wei you guo lun; deng gao si wang, man mu zhu ji hai shi man mu la ji; nan yi yong yu yan wen zi biao da yu chuan shou de da dao deng.

Ben shu dui dao jia xing er shang xue de gai nian he yan jiu fang fa zuo le tan suo, bao kuo 'dao',' de', 'you wu zhi bian', 'zi ran', 'wu wei', 'tian ming','ren', 'hua'deng zhong yao shu yu yi ji dui sheng si de guan huai. Mu lu ru xia: shang bian yi dao jia yu xing er shang xue er dao jia xing er shang xue de dan sheng ji tui yan san dao jia dui ben ti (...) yu yu yan guan xi de ling wu si dao jia xing er shang xue fang fa wu 'dao' de li cheng liu'you wu zhi bian'qi shi' de 'ba'zi ran', 'wu wei fan shi he li xiang jiu'tian ming 'yu' ren 'shi' hua' guan nian ji qi li shi tuo zhan shi yi. (shrink)

Ben shu yi han si{692126}kai mi sen de fa lü li lun ji qi shi jian wei zhong xin lun shu le kai mi sen xiang guan fa lü li lun de yuan yuan, chuan tong ji qi shi jian te xing, lun shu le kai mi sen zuo wei " ao di li xian fa de she ji shi " dui yu ao di li fa lü li lun ji qi shi jian suo zuo chu de gong xian. tong (...) shi, kai mi sen de fa lü li lun zhi gen yu xi fang de fa zhi li nian yi ji de yi zhi de fa lü li shi chuan tong, 1848 nian ge ming qi jian chan sheng de zhu duo xian fa yi ji ao xiong di guo de di guo fa yuan chuan tong wei kai mi sen de fa lü li lun dian ding ji chu, jiang kai mi sen de li lun ji qi shi jian zhi yu fa zhi li shi he de yi zhi fa lü li shi fa zhan de da huan jing zhong yu yi shen shi, ke yi geng hao di li jie kai mi sen de li lun ji qi shi jian de yi yi yu jia zhi. (shrink)

Ben shu jie shao le liang shu ming xian sheng shi shang ge shi ji de zhong guo wen hua ming ren zhi yi, Shi 20 shi ji xin ru jia de kai chuang zhe, Shi si xiang jia, Zhe xue jia, Jiao yu jia, You shi po you ying xiang de she hui huo dong jia. You qi ta de du te de si xiang he xue shi, Ta de te li du xing de kan ke ren sheng jing (...) li, Yi bei zi jian chi jiang zhen hua, Shi bu tong xun chang de, Ye shi ruo gan tong shi dai de zhi ming ren shi suo bu ke qi ji de. (shrink)

Xue xi he yan jiu Zhongguo zhe xue, yi ban lai shuo, Feng xian sheng shi ke chao er bu ke yue de. Yi si shi, hou ren wan quan ke neng er qie ye ying dang sheng guo Feng xian sheng, dan shi que bu neng rao guo Feng xian sheng. Rao guo Feng xian sheng, bu dan bi ran yao duo fei li qi, er qie rong yi zou wan lu er nan yu shen ru tang ao. Feng (...) Youlan zuo wei wo guo jin dai zhe xue de yi dai ju bo, zai mou zhong yi yi shang, ying xiang liao zheng ge jin dai Zhongguo zhe xue de ge ju. Er dui yu Feng Youlan zhe xue ji qi xue shu sheng ya de yan jiu, ye sui zhe dang dai guo xue yan jiu de xing qi, shou dao yue lai yue duo de guan zhu. Minguo shi qi de Zhongguo xue shu jie, ying gai shuo shi hui ju le yi da pi kua shi dai de xue shu jing ying, te bie shi zai chuan tong xue shu ling yu, kan cheng yi chang si xiang de sheng yan.ben shu zuo zhe zai hao ru yan hai de Minguo wen xian zhong, jing xin zheng li chu dang shi xue jie dui Feng Youlan zhe xue de hui ying he dui hua, qi zhong bao kuo zhu ru Chen Yinke, Jin Yuelin, Hu Shi, Zhang Dainian, Cai Shangsi deng yi da pi xue jie tai dou de wen zhang, zi liao xing fei chang qiang, bu jin fan ying le zhu wei xue zhe ge ren de du dao jian jie, geng cong yi ge ce mian fan ying le Minguo shi qi Feng Youlan zhe xue yan jiu de sheng kuang, dui dang xia yan jiu Feng Youlan zhe xue si xiang ju you zhong yao de can kao jia zhi. (shrink)