投稿時間:2023-08-30 19:20:01 RSSフィード2023-08-30 19:00 分まとめ(25件)

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ROBOT	ロボスタ	NEC 掛川の最新スマート工場を公開！自動搬送ロボットAGV･AMR/量子アニーリング/ローカル5G/顔認証/エコ	https://robotstart.info/2023/08/30/nec-smart-factory-kakegawa.html	NEC掛川の最新スマート工場を公開自動搬送ロボットAGV・AMR量子アニーリングローカルG顔認証エコシェアツイートはてブNECプラットフォームズは、静岡県掛川市の掛川事業所内に新しくスマート工場を新設し、月から本格稼働を開始した。	2023-08-30 09:01:58
IT	ITmedia 総合記事一覧	[ITmedia Mobile] auスマホとStarlinkの直接通信、なぜSMSから？　UQ mobileやpovoも対象？	https://www.itmedia.co.jp/mobile/articles/2308/30/news172.html	itmediamobileau	2023-08-30 18:51:00
TECH	Techable（テッカブル）	アマナイメージズら、人工衛星から地球を撮影できるサービス開始。AI開発用の教師データにも活用可能	https://techable.jp/archives/218389	visualbank	2023-08-30 09:00:54
Ruby	Rubyタグが付けられた新着投稿 - Qiita	OpenStudio Measureの概要	https://qiita.com/kentakahas/items/b8d84d842990e5a0a936	openstudi	2023-08-30 18:11:54
AWS	AWSタグが付けられた新着投稿 - Qiita	Japan AWS Jr. Championになったきっかけ	https://qiita.com/Pretzelisa/items/1eb3e863d99ded54b238	japan	2023-08-30 18:15:52
AWS	AWSタグが付けられた新着投稿 - Qiita	ドメイン変更後に旧URLへのアクセスをCloudFrontでリダイレクトする	https://qiita.com/YoshitakeHiroki/items/dafcb34aa041dd310acd	cloudfront	2023-08-30 18:03:34
Ruby	Railsタグが付けられた新着投稿 - Qiita	アソシエーションで紐付けられたテーブルの片方をrails db:migrate:redoを使って編集しようとしたらできなかった件について	https://qiita.com/kikai8492/items/0cc1212fe3064958c1ea	address	2023-08-30 18:55:04
海外TECH	DEV Community	Mobile App Update - Day 102	https://dev.to/shreyvijayvargiya/mobile-app-update-day-102-2gjg	Mobile App Update Day Happy Wednesday and Rakshabandhan people Mobile App Update Day Well the last days were quite tough because or a medical family emergency Yesterday I was in the hospital for more than half of the day and honestly I was in a government hospital and that is the time I witnessed the India ground reality I mean we talking about how India is growing How India is the largest economy but still the reality is different I guess Most Indians still can t afford to get private hospital services and government hospitals are still not in good condition at least if we are claiming to be th largest economy Never mind I can do much out of it so I put these things under uncontrollable Moving ahead today I came back to my system so the very first thing I do is to make a plan for the next weeks for our mobile app I am jotting down the API requirements from the Figma designs in order to avoid any development hindrance just because of APIs or third party services Since I am alone handling frontend and backend I ve to write APIs and create frontend interfaces In my experience the process is time taking and so far I ve experienced that the backend is taking time and causing delays in development To cure this delay the very first thing I came up with is to make a plan for all backend work and more specifically with APIs we want to develop So today half of the day is gone in looking to the design and finalise the APIs we need to develop After this I will write these APIs first before even developing interfaces because frontend is like my cup of tea and once the data is available along with APIs we can easily create frontend components That s it for today Keep developingShrey iHateReading	2023-08-30 09:45:46
海外TECH	DEV Community	css-loaders.com: The Biggest Collection of Loading Animations (more than 500 🤯)	https://dev.to/afif/css-loaderscom-the-biggest-collection-of-loading-animations-more-than-500--23jg	css loaders com The Biggest Collection of Loading Animations more than It s been a while but I finally did it I collected all my CSS only loaders into one unique place css loaders com Around loaders are made using only one element The HTML is as simple as lt div class loader gt lt div gt Nothing more If you followed me you probably know most of them but if you are new then go check what CSS can do From the simple animations to the craziest ones you will for sure find what you want If you don t want any loaders then simply enjoy some fancy CSS animations that are satisfying to watch More than It s too much I don t have time No problem I have the solution Use the following link and I will pick a nice loader for you random css loaders com​If you don t like it click on get another CSS loader and you will get another one No need to navigate the whole website Keep surprising yourself with random loaders until you get the perfect one You also have a unique link for each generated loader You can easily share your favorite one with anyone How to get the link of a loader I saw inside the collection and not using the random generator It s easy Let s suppose you are browsing The shapes loaders here and you liked the The link will be l it s a lowercase L not I Share the link of your favorite one in the comment section The random feature and the link sharing use the has selector so it won t work well on Firefox for now Consider another browser if you want to enjoy them I also wrote a lot of articles about creating single element loaders Good tutorials if you want to know some of my secret recipes Build your CSS loader with only one div ーThe DotsHow to Create a CSS Only Loader Using One ElementSingle Element Loaders The SpinnerSingle Element Loaders The DotsSingle Element Loaders The BarsSingle Element Loaders Going D How to create a CSS only loader with one elementSubscribe to my RSS Feed if you don t want to miss my new CSS articles and don t forget to bookmark I won t stop making CSS loaders The goal is one day to reach single element loaders You want to support me OR	2023-08-30 09:36:53
海外TECH	DEV Community	How to show your value as an engineer?	https://dev.to/gregorojstersek/how-to-show-your-value-as-an-engineer-5f8c	How to show your value as an engineer Being a good engineer no longer means that you only need to be technically solid but you bring a lot of value to the company with your non technical skills soft skills Here are tips Always learn new thingsIt s important that you always stay up to date with the latest trends I don t mean that you need to jump on the next JavaScript framework wave as soon as a new one arrives but it s important that you know what exists and what pros and cons can you anticipate from a particular stack Don t be afraid to take ownership and responsibilityIf there is a potential problem in the codebase and you know about it take action and resolve it even if the problem wasn t introduced by you It s important to always improve what you or your team is building Individual contribution is not as important as helping othersIt s important to understand that as an engineer you are not only judged by your individual contribution but what s more important is that you are there to help others when needed Become customer centricAlways ask yourself if what you and your team are building fits the needs of the customers Being customer centric enables you to make good technical decisions that show alignment with what the needs from customers are Focus on the business valueFocus on tasks and provide solutions that bring the most value to the business Try to ask yourself if your current task can actually bring any value to the business and what will be the impact when the task will be successfully finished Share your knowledge with othersIf you are feeling passionate about a certain technology or a certain framework make sure to share that with others It s great if you share your passion as well as knowledge with your colleagues What are your thoughts This is part of the newsletter article on my Engineering Leadership newsletter If you liked this you are going to love my newsletter Join here Engineering Leadership newsletter engineering leaders are already reading it	2023-08-30 09:32:10
海外TECH	DEV Community	Welcome Thread - v240	https://dev.to/devteam/welcome-thread-v242-j0p	Welcome Thread vLeave a comment below to introduce yourself You can talk about what brought you here what you re learning or just a fun fact about yourself Reply to someone s comment either with a question or just a hello If you are new to coding want to help beginners in their programming journey or just want another awesome place to connect with fellow developers check out the CodeNewbie Org	2023-08-30 09:30:00
海外TECH	DEV Community	Consensus Protocols: Explaining Proof-of-Work, Proof-of-Stake, and Other Algorithms for Validation	https://dev.to/scofieldidehen/consensus-protocols-explaining-proof-of-work-proof-of-stake-and-other-algorithms-for-validation-2n84	Consensus Protocols Explaining Proof of Work Proof of Stake and Other Algorithms for ValidationIn the realm of blockchain technology and cryptocurrencies the concept of consensus plays a pivotal role in maintaining the integrity and security of distributed networks Consensus protocols are the backbone and are vital in blockchain and cryptocurrency systems They enable transaction validation and ensure security and decentralization in distributed networks These protocols enable the realization of decentralized trustless systems where intermediaries become obsolete In this article we will delve into the world of consensus protocols focusing on two fundamental algorithms Proof of Work PoW and Proof of Stake PoS along with other emerging algorithms Understanding Consensus Protocols in BlockchainConsensus protocols are critical mechanisms that allow decentralized blockchain networks to validate transactions and agree on the ledger s state without relying on a central authority But how exactly do they work This article provides a deep dive into consensus algorithms The Role of ConsensusIn a distributed ledger blockchain copies are spread across a peer to peer network of nodes When a new transaction occurs it must be verified by consensus between nodes before being added to the ledger Consensus ensures that each node has an identical copy of the blockchain It prevents issues like double spending where a user might spend the same coins twice Without consensus the ledger would fragment and undermine the network s integrity Challenges of Decentralized ConsensusReaching an agreement is relatively simple in centralized systems where a central server can validate and broadcast transactions But it becomes more complex in decentralized networks Nodes don t inherently trust each other In a permissionless blockchain like Bitcoin nodes may act maliciously Protocols must account for this Asynchronous communication Nodes can broadcast messages at arbitrary times Consensus must deal with potential delays Node failures Nodes joining and leaving should not impact consensus Protocols must provide fault tolerance Consensus Protocol PropertiesFor a protocol to reliably facilitate consensus in a blockchain it should satisfy certain key properties Agreement All honest nodes agree on the same transaction history and current state Validity Only valid transactions are included in the ledger Integrity Once transactions are confirmed they cannot be reversed Fault tolerance Consensus is achieved even if nodes fail or act maliciously Finality Once added transactions are permanently settled Accountability Nodes should be incentivized to act honestly through game theory and cryptoeconomics Types of Consensus ProtocolsThere are different categories of consensus based on how agreements are validated Proof basedProtocols like Proof of Work PoW and Proof of Stake PoS involve deterministic algorithms that nodes compete to solve to validate transactions Vote basedNodes signal their acceptance of blocks and transactions through voting mechanisms Multiple rounds of voting may occur Leader basedA leader node is selected to propose blocks that are then approved by others Practical Byzantine Fault Tolerance PBFT is a leader based algorithm Notary basedA group of trusted validator nodes are identified to sign off on blocks This allows high transaction throughput Proof of Work ConsensusThe Proof of Work algorithm involves miners competing to solve complex cryptographic puzzles Miners earn rewards by committing computing power to validate transactions and the network remains secure Bitcoin popularized PoW which enabled its decentralized nature However the difficulty of adjustment and energy demands have raised concerns about scalability Simplified example of PoW logic const hashBlock block amp gt let hash cryptographicHash block while meetsDifficulty hash block nonce hash cryptographicHash block return hash const addBlock block amp gt const hash hashBlock block if validHash hash chain addBlock block The first miner to solve the puzzle publishes the block across the network If valid nodes update their ledgers Miners earn rewards block subsidies and transaction fees for their work PoW provides a clever game theory framework to incentivize good behavior However its high energy consumption has led to more efficient alternatives like PoS Proof of Stake ConsensusProof of Stake addresses PoW limitations by having validators stake cryptocurrency to secure the network instead of expending computing energy The selection process considers factors like the amount staked and stake age PoS offers improved energy efficiency and scalability But potential centralization of stakes and security issues like nothing at stake require mitigation Example of block validation in PoSconst validatorStakes const validateBlock block amp gt let votes validators forEach v amp gt if v voteForBlock block votes validatorStakes v if votes amp gt of staked coins acceptBlock block Networks aim to assign block production and validation rights proportional to the validator s stake PoS protocols vary but functionally work to incentivize honest participation through staking rewards and slashing for misbehavior Delegated Proof of Stake DPoS Delegated Proof of Stake DPoS is a consensus mechanism that leverages voting and delegation to achieve scalability and efficiency in blockchain validation In a DPoS system token holders vote to elect nodes as delegates responsible for validating transactions and producing blocks The weight of each vote depends on the voter s stake in the network s native cryptocurrency Those with more tokens have greater influence in electing delegates Once elected delegates take turns validating and adding blocks to the blockchain The order is predetermined algorithmically based on various factors This allows rapid block production compared to Proof of Work or basic Proof of Stake Here is a simplified overview of the DPoS process Token holders stake coins and vote for delegate nodes based on their stake weight The top N validators by vote are selected as delegates This number varies by blockchain Delegates take turns being the lead validators creating and broadcasting new blocks Validators approve the new blocks produced by the lead delegate Transactions are permanently added to the blockchain once validated The process repeats with each delegate taking turns being the lead DPoS enables very high transaction throughput since only a small set of elected delegates validate transactions This results in faster finality and confirmation times Networks like EOS can process thousands of transactions per second with relatively few delegates In contrast Bitcoin manages TPS with thousands of miners Critics argue that DPoS tends towards centralization among prominent validators However proponents believe that stake weighted voting allows fair representation of token holders Users can also change votes if unhappy with delegate performance Overall DPoS sacrifices a degree of decentralization for scalability It offers a viable alternative to Proof of Work for use cases that demand high speed and throughput from a blockchain Practical Byzantine Fault Tolerance PBFT Practical Byzantine Fault Tolerance PBFT is a consensus algorithm that enables blockchain networks to reach an agreement even if some nodes fail or act maliciously In PBFT one node is designated as the leader who proposes new blocks The other nodes are validators who decide whether to accept or reject proposed blocks The algorithm proceeds in rounds with the following steps The leader proposes a new block function proposeBlock block broadcast block The validators vote on the proposed block function vote block   if isValid block     broadcast APPROVE VOTE      else     broadcast REJECT VOTE   If of the validators approve the block is accepted and committed The leader broadcasts the final block and transactions are executed if approvedVotes amp gt f f max faults  commit block   executeTransactions block PBFT can guarantee consensus even if up to of nodes are faulty This makes it resilient against software errors and malicious actors The downside is that PBFT does not scale well beyond nodes due to the messaging overhead This makes it more suitable for private blockchains that need fast finality PBFT favors consistency and validity over availability and partition tolerance Unlike probabilistic consensus protocols this guarantees strong transaction finality once blocks are committed PBFT offers reliable byzantine fault tolerance for blockchain use cases with low latency and high transaction throughput with a limited validator set Byzantine Fault ToleranceByzantine Fault Tolerance BFT refers to the ability of a system to tolerate nodes that fail in arbitrary or malicious ways This is in contrast to crash failures where nodes halt In blockchain BFT is essential to maintain consensus if some validators act in faulty or dishonest ways PBFT provides a practical solution to this issue by introducing node mechanisms to detect and mitigate byzantine failures How PBFT WorksPBFT operates with a leader node and a set of validator nodes The goal is for all honest nodes to reach an agreement on the ordering and content of transactions The PBFT protocol proceeds in views each with a designated leader node Clients send requests to the leader who bundles them into a block The leader then broadcasts the block to validators for approval before committing transactions The key steps are Request Clients send transactions to the leader Pre prepare Leader assigns sequence number to block and broadcasts Prepare Validators broadcast acceptance of block if valid Commit Nodes ensure of validators have prepared Reply Leader commits block and broadcasts to clientsThis enables Byzantine agreement on each block as long as less than of nodes are faulty Honest nodes will converge on the same chain and transaction history PBFT PseudocodeHere is a simplified PBFT algorithm in pseudocode upon receiving PRE PREPARE view sequence block from leader if block is valid broadcast PREPARE view sequence block digest upon receiving f PREPARE messages for view sequence block digest broadcast COMMIT view sequence upon receiving f COMMIT messages for view sequence if sequence next expected sequence update chain with block broadcast REPLY view sequence upon receiving f REPLY messages for view sequence execute transactions in block and update state increment next expected sequence numberIn the code f refers to the maximum number of tolerated node failures The key rule is that ≥f identical messages are required for nodes to update state This ensures consensus despite up to f byzantine nodes PBFT PropertiesPBFT satisfies several crucial properties that make it an effective BFT algorithm Safety Honest nodes commit the same transactions in the same order Liveness Transactions from honest clients eventually commit Validity Only proposed transactions can be committed Integrity Committed transactions persist and cannot be reversed Termination All non faulty nodes eventually reach a decision commit abort These attributes allow PBFT to function reliably as a consensus protocol for blockchain networks that require low latency and high throughput without compromising decentralization Limitations of PBFTWhile PBFT is useful for small scale networks it has limitations when applied to public blockchains Scalability Communication overhead increases exponentially with validator count Partial synchrony Timing assumptions around message propagation limit large networks Finality Forking can occur if network delays unpredictably Sybil resistance PBFT lacks protections against Sybil attacks to infiltrate validators As a result PBFT may be better suited for private blockchain networks that need fast consensus with a limited number of identified validators Comparison and Selection ConsiderationsChoosing the right consensus algorithm is crucial when designing a blockchain system There are several factors to evaluate when deciding which protocol best fits the needs of a project Decentralization How distributed is participation in consensus PoW allows anyone to participate by mining PoS restricts it to stakeholders DPoS further concentrates influence among delegates PBFT has a small set of validators Decentralization impacts censorship resistance Security What is the cost of attacking or manipulating the system PoW requires prohibitive computational power for attacks PoS makes attacks expensive by slashing stakes DPoS depends on delegate incentives PBFT provides safety for up to bad actors Scalability How much throughput can the system handle PoW scales poorly due to block intervals PoS and DPoS enable higher throughput with parallel block production Communication bottlenecks limit PBFT Finality How quickly and permanently are transactions committed PBFT offers quick finality in seconds PoW has probabilistic finality often requiring several blocks PoS aims for faster finality compared to PoW Energy What is the electricity consumption PoW is very energy intensive PoS and DPoS require negligible energy beyond running nodes PBFT has moderate energy needs Lower energy use is more sustainable Incentives How are nodes incentivized for participation PoW rewards mining via block rewards and fees PoS offers staking returns DPoS distributes fees to delegates PBFT relies on internal incentives Complexity How difficult is the implementation PoW and PoS are relatively simple to implement DPoS and PBFT have more complex system architectures Simpler designs reduce attack surfaces ConclusionConsensus protocols enable decentralized transaction validation in blockchains without a central authority Understanding PoW PoS DPoS PBFT and other emerging algorithms allows informed decisions when designing blockchain projects Consensus mechanisms must be selected carefully based on network requirements If you find this post exciting find more exciting posts on the Learnhub Blog we write everything tech from Cloud computing to Frontend Dev Cybersecurity AI and Blockchain Resource How to Become a Blockchain Engineer Exploring Bitcoin Networks Mainnet Testnet and Regtest Getting started with Blockchain	2023-08-30 09:15:12
海外TECH	Engadget	Fairphone 5 is boring… how exciting!	https://www.engadget.com/fairphone-5-is-boring-how-exciting-094530738.html?src=rss	Fairphone is boring…how exciting It s been years and years since the bleeding edge of the smartphone world was truly exciting The industry may want us to salivate over its latest G megapixel folding screen masterpiece but my mouth remains bone dry To me it s because the ceiling of what s possible hasn t risen much in the last four or five years but the floor has maintained its slow creep northward On paper the just announced Fairphone has the specs you d expect from a mid range handset But now that s not really a penalty since you re also getting a modular sustainably made and potentially upgradeable handset built by people paid a fair er wage for doing so It s just a smartphone like any other On one hand that makes the new Fairphone boring but from this perspective boring can be good Ten years into its mission to build a “better smartphone it s not clear if Fairphone still needs a full introduction For the unaware the Dutch social enterprise makes devices that are “fairer than the competition That means paying factory workers a living wage sourcing “ethical raw materials using recycled materials and keeping the hardware out of the trash for as long as possible To that end each device is modular easy to repair sometimes upgradeable and often far longer lasting than its competition It s less fancy than say Google s long mourned Project Ara but it s a damn sight more real than that imagined dream of a modular upgradeable phone Here it s not just possible but easy to pick up a Philips head screwdriver and fit a new component in a matter of minutes The Fairphone doesn t stray far from the template laid down by its immediate predecessor in size and style It has the same hefty chassis intercut with antenna lines the same camera housing the same fingerprint sensing power button and the same easily removable backplate Like a lot of phones released in the changes are nips and tucks to reflect where the industry is at So the battery is more capacious the display a little bigger and the cameras are a hair more powerful now than they were a generation ago Fairphone has also made it possible to swap out each camera separately making it easier and cheaper to fix or upgrade one down the line You ll be able to grab plenty of spare parts with only the main chassis frame not being available separately The product list includes the Hz inch LG made POLED display mAh battery and all three cameras You can also get a spare earpiece loudspeaker USB C port and a top unit containing the Time of Flight sensor as well as the SIM and SD card slots If a part on this phone breaks you ll be able to pick up almost everything you could need for not that much cash The priciest component is the display priced at € around which is about half what Samsung charges and almost a third of what Apple asks for To make good on its promises of sustainability and longevity Fairphone uses Qualcomm s octa core QCM SoC It s an industrial grade IoT chipset that far as I can tell is used in only one other phone AGM s thermal camera equipped G Guardian There s only one SKU here with the Fairphone coming with GB RAM and a very generous GB storage expandable to TB with the right microSD card Fairphone says the choice was dictated by the chipset s blend of premium features like G WiFi E and on chip AI processing Not to mention Qualcomm promises to support its industrial grade silicon for longer than it does its mobile chips To that end Fairphone is committing to support the almost stock install of Android and “at least five operating system upgrades after Given Android s forthcoming launch you should expect that to be heading to your phone in the near future The company says it expects to offer software support until at the very least but hopes it ll keep things running until And Fairphone has now established a track record of being able to keep its phones going for a fair old while The Fairphone was launched in with Android and got its final security patch in March with an Android update Seven or so years of software support is a good reason to switch especially when Samsung pledges four years of software and five years of security updates for “select handsets Photo by Daniel Cooper EngadgetIn my limited time playing with the new model I ve found the performance to be a lot snappier than on older Fairphones Animations and transitions in the OS itself don t appear at this early stage to be laggy and Fortnite on Epic mode played perfectly at fps I certainly noticed how much faster it is to unlock this phone compared to the last one both using my face and my fingerprint At first blush this appears to be more than capable of meeting your expectations for normal phone use Well if your idea of normal phone use is texting emails social media YouTube TikTok and the odd deathmatch I d describe the Fairphone s imaging as solid although I m worried that to do so is to damn it with faint praise The primary megapixel f OIS equipped camera backed by Sony s IMX sensor is more than enough for most people s photography needs It may not have the software smarts of some devices in its class but it s no slouch especially with video Glance at the Fairphone s back and you ll spot a circle the same size as the camera lenses which is the ToF sensor It s this phone s secret weapon especially when it comes to the lightning fast autofocus when you re shooting video It s not all good The phone gets a little warmer than I d like when running heavy load but that feels par for the course in the G era The built in speakers meanwhile are so tinny I d never recommend using this for audio if you have headphones to hand I also think the solid black cover will be far better at resisting smears than the transparent edition in my loan unit And I wish as well as the black transparent and sky blue colorways the company had offered the same green and orange paint job that is so wonderful on the Fairbuds XL It s also a shame we re not yet seeing a wide release for the Fairphone in the US at least not at the same time as it comes to Europe The Fairphone is available to buy in the States with a “deGoogled OS courtesy of privacy focused startup Murena I m sure the will make a similar journey in future but it d be nice to see a simultaneous release so people aren t left waiting for a year or more to get the updated hardware I ve said before that Fairphone has always carried the whiff of a compromise choice the cork and hemp sneaker you buy to assuage your guilt over all the sweatshop made kicks you own But both thanks to Fairphone s efforts to improve its product and the general stagnation in the mobile industry more generally the delta between what s hot and what s not has closed by a lot If you re looking to pick up a mid range handset that you can keep going for twice as long as any other phone on the market and you want to do a bit of good in the process this is probably the phone for you It s not often the view from the moral high ground is this comfortable The Fairphone is available to pre order today August from the company s website and a number of major European carriers It is priced at € around with shipping expected to commence September from Fairphone and the majority of its carriers This article originally appeared on Engadget at	2023-08-30 09:45:30
金融	ニュース - 保険市場TIMES	住友生命、北海道苫小牧市でVitalityを活用した連携事業開始	https://www.hokende.com/news/blog/entry/2023/08/30/190000	住友生命、北海道苫小牧市でVitalityを活用した連携事業開始「Vitality苫小牧ウォーク」開始住友生命保険相互会社以下、住友生命は、北海道苫小牧市と連携して、住民の健康づくりに向けた事業「Vitality苫小牧ウォーク」を年月日より開始すると発表した。	2023-08-30 19:00:00
ニュース	BBC News - Home	Disengaging with China not credible, says James Cleverly	https://www.bbc.co.uk/news/uk-politics-66656443?at_medium=RSS&at_campaign=KARANGA	approach	2023-08-30 09:55:26
ニュース	BBC News - Home	Former GCHQ employee admits attempted murder	https://www.bbc.co.uk/news/uk-england-gloucestershire-66656919?at_medium=RSS&at_campaign=KARANGA	admits	2023-08-30 09:50:45
ニュース	BBC News - Home	PSNI Chief Constable Simon Byrne has to resign, says DUP	https://www.bbc.co.uk/news/uk-northern-ireland-66656551?at_medium=RSS&at_campaign=KARANGA	officers	2023-08-30 09:40:46
ニュース	BBC News - Home	Move Notting Hill Carnival to a park - Tory mayoral candidate	https://www.bbc.co.uk/news/uk-england-london-66644021?at_medium=RSS&at_campaign=KARANGA	susan	2023-08-30 09:40:14
ニュース	BBC News - Home	England women's match fees increased to match men's by England and Wales Cricket Board	https://www.bbc.co.uk/sport/cricket/66653971?at_medium=RSS&at_campaign=KARANGA	effect	2023-08-30 09:28:48
ニュース	Newsweek	＜動画＞ウクライナが無人機、無人艇に次ぐ無人戦闘車を公開、戦争は新段階へ？	https://www.newsweekjapan.jp/stories/world/2023/08/post-102528.php	ウクライナが無人機、無人艇に次ぐ無人戦闘車を公開、戦争は新段階へ潜水艇がロシアの大型揚陸艦「オレネゴルスキー・ゴルニャク」を直撃する瞬間UkrainianmilitaryrobotsbyBravebyuUNITEDMediainUkraineWarVideoReport全枚JointlywithBRAVEuaworkingonthetechadvancedfrontlinetestedUkrainianmaderoboticsformilitaryFromremoteturretstokamikazerobotsTechnologiesandinnovationsarethekeytoourvictoryArmyofRobotspictwittercomWfHYuQmdashMykhailoFedorovFedorovMykhailoAugustウクライナのデジタルトランスフォーメーションDX担当相のミハイロ・フェドロフの月日の投稿。	2023-08-30 18:50:59
ニュース	Newsweek	堀江貴文が指摘、日本が持つ宇宙開発ビジネス「2つのアドバンテージ」。問い合わせが殺到している	https://www.newsweekjapan.jp/stories/business/2023/08/2-510.php		2023-08-30 18:50:00
IT	週刊アスキー	「トーリス・リッター」が登場！『機動戦士ガンダムUCE』で極限定ガシャが開催中	https://weekly.ascii.jp/elem/000/004/153/4153099/	ucengage	2023-08-30 18:15:00
IT	週刊アスキー	ジョルダン、乗換案内アプリをJR東日本のリアルタイムデータと連携	https://weekly.ascii.jp/elem/000/004/153/4153097/	乗換案内	2023-08-30 18:15:00
IT	週刊アスキー	NTT Comなど、サプライチェーン全体の温室効果ガス排出量を算定・可視化・分析するクラウドサービス「MIeCO2（ミエコ）」を提供	https://weekly.ascii.jp/elem/000/004/153/4153098/	mieco	2023-08-30 18:30:00
IT	週刊アスキー	ダイドードリンコ、2023年秋冬の新商品として3種類の缶コーヒーを発売	https://weekly.ascii.jp/elem/000/004/153/4153077/	缶コーヒー	2023-08-30 18:15:00