1,782,528 research outputs found
vamsitadikonda/chat-defender-bot: First Release
No full textThe First release of the bot. Please add it to your discord servers and let us know if you find any bugs
vamsitadikonda/chat-defender-bot: first major release
No full textA Discord Bot to prevent cyberbullying and hate speech in chatroom
Resultaten van het Rijkswaterstaat JAMP 2008 monitoringsprogramma van bot (Platichthys flesus L.). Biologische gegevens van bot en milieukritische stoffen in bot
No full textDe in dit rapport beschreven werkzaamheden zijn door Wageningen IMARES uitgevoerd op basis van een opdracht van Rijkswaterstaat in het kader van het Joint Assessment and Monitoring Program van de OSPARCOM. De opdracht hield in het verkrijgen van biologische gegevens van bot. De benodigde monsters bot werden verzameld door IMARES. Tevens werd materiaal van bot verzameld voor chemisch onderzoek en geanalyseerd. De opdracht is gebaseerd op het werkdocument “Werkplan monitoring visziekten en chemische stoffen in botten, 2008”, van 7 mei 2008
The build, operate, and transfer ("BOT") approach to infrastructure projects in developing countries
No full textBuild, operate and transfer (BOT) projects are exceedingly complex from both a financial and a legal point of view. They require an extended period of time to develop and negotiate. If a country is not able to finance all of its needed infrastructure on the basis of budgetary resources or sovereign borrowings, the BOT approach is an option to be considered. A BOT project appears to provide some"additionality"in tapping sources of private sector financing which otherwise might not be available. The sponsors'commitment of substantial equity to a project assures that they will also remain committed to the project's successful operation over the concession period. Their investment provides a strong incentive to have the project perform above its minimum expectations. Likewise, having the design, implementation and operation of a BOT project largely in the hands of the private sector may provide economies and efficiencies that will balance out or even outweight the higher financing costs of non sovereign borrowing and equity investment. The BOT approach appears to be a useful possible alternative to the conventional financing and operation of infrastructure projects in developing countries.Municipal Financial Management,Public Sector Economics&Finance,Housing Finance,Environmental Economics&Policies,Banks&Banking Reform
XENONnT/daq-bot: v0.1.1
No full text0.1.1 / 2022-09-29
What's Changed
Allow MV/NV runs to be found by @JoranAngevaare in https://github.com/XENONnT/daq-bot/pull/7
log.sleep -> time.sleep by @JoranAngevaare in https://github.com/XENONnT/daq-bot/pull/8
Full Changelog: https://github.com/XENONnT/daq-bot/compare/v0.1.0...v0.1.
BOT案之資本預算投資決策分析－以宜蘭砲台山觀光景點為例
No full text[[abstract]]近年來國際觀光的興貣帶動國內旅遊風氣，但我國又因經常性財政支出增加，導致財政困窘，因此開發大型公共建設大多採用與民間機構共同合作的BOT合作方案。BOT的基礎建設通常包含了許多的不確定風隩，政府會因要減少經常性支出的增加而進行BOT公共建設方案，但在進行投資時，會經過嚴密的評估方式。一般多採用傳統評價方式，但在評估分析中，忽略了許多投資時環境變動的不確定風隩，造成投資上的損失。台灣BOT案除了面臨財務面的不確定性因素之外，亦充滿其他的不確定性因素，如政府政策的改變、民意的衝擊等等，在受到其他因素之影響，發生了許多的問題，如弊案、執行偏差等問題，本研究運用二項式選擇權評估，評估結果是否有利可圖且能吸引民間機構投資此BOT計畫，並以宜蘭砲台山觀光景點BOT案為例加以探討
BOT案之資本預算投資決策分析-以國立宜蘭大學校舍BOT案為例
No full text[[abstract]]近年來政府為減輕教育經費財務負擔，於民國88年制定「國立大學校院基金設置條例」，國立大學校院於往後年度學校之各項經費支出皆須由學校自行籌措部分經費。而在學校自行籌措經費有限之情形下，大學學員人數增加及原興建校舍不足，造成學員人口外宿比例極高，無形中影響了學習環境的建構，並降低了學員互動式成長，甚至由於外宿管理的不易，造成學子生活安全及人格成長輔導較難掌握，民間參與興建經營校舍設施之需求因應而生。而學生宿舍具高自償、高需求之特性便成為民間參與興建營運之一種投資選項。
本研究以財務面分析民間參與校園宿舍BOT案之可行性，透過資本預算投資決策算出的數據在BOT校舍專案投資的應用，加上為了考慮風險性加入敏感性分析，以資本預算投資決策加上敏感性分析來做評估，且以太子建設股份有限公司之角度，進行BOT校舍計畫案資本預算投資決策評估，不但可以提供新的思考模式，並且可以有助於說明可能存在的投資效益及誘因，由敏感性分析模式可以發現從表5-7看出即使收入減少20%，NPV值為227,205,619，IRR為5.81%，PI為2.24，還是具有投資價值，所以本計畫的風險性很低，而收入提升至20%，NPV值為338,153,815，IRR為7.61%，PI為2.84，證明此次BOT案的獲利性頗高
Advanced Bot Response Mechanism based on DNS Sinkhole
No full textMalicious attacks in cyberspace have been continuously increasing. In particular, widely distributed bots are leading the cyber attacks such as distribute denial of service attack, spamming, critical information hijacking. Various technologies for bot detection and response are being developed, DNS-Sinkhole technique is known as the most effective way to respond to bot activities. However, legacy sinkhole system has a variety of limitations such as low accuracy and limited information, because it was developed for detection of early bot technology (IRC bot). In this paper, we propose an advanced bot response mechanism by using enhanced DNS-Sinkhole system. Especially, we focus on the improving of post-processing mechanism based on packet analysis. The proposed mechanism and system allow more efficient bot response by extending detection range and providing high detection accuracy
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