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GENRE TITLE ARTIST bpm notes CLEAR RATE SYNTH-TECH ACCELERATE Sota Fujimori 153 ? ?%（yyyy/mm/dd） 攻略・コメント 開始から終わりまで休みなく延々と降ってくる。そしてなかなか終わらない -- 名無しさん (2018-05-03 17 32 14) 名前 コメント
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GENRE TITLE ARTIST bpm notes CLEAR RATE SYNTH-TECH ACCELERATE Sota Fujimori 153 n%（yyyy/mm/dd） 攻略・コメント 鍵盤寄りの譜面で、後半あたりから短い階段絡みがたくさん飛んでくる。crew(SPHのVENUS版)に近い傾向 -- 名無しさん (2018-01-30 22 13 04) 名前 コメント
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(111p) NAVAL OPERATIONS Another option to spice a campaign up is to add ship battles on sea. Main task of fleets in a campaign is to support ground operation on shores. Of course this is only possible when your map includes a sea. The main problem is that ship battles are not included in Warmaster rules and so you would need to play them using some stand-alone rule system with its own models (eg. old Man O’War game). For this reason the naval operation rules are optional and can be used only when at least two players agree on that. Set sails! Naval operations can only take place at sea, not on rivers. Players who agreed on involving naval operations can challenge each other to fight sea battles in the same manner as in ordinary ground battles. Sea battles are fought in Battle sequence no matter the order. A player who wins a sea battle gets a Naval Advantage over the defeated player. Naval Advantage means you can conquer a shore tile of the player defeated at sea for 1 EP less (usually 2) while it costs 1 EP more for the defeated player to conquer a shore tile (usually 4) of the player who has Naval Advantage over him. Note that a player still has to defeat another player in a Warmaster battle in order to conqer his shore tiles. The Naval Advantage only makes it easier or more difficult depending on the situation at sea. The Naval Advantage is carried over into subsequent campaign rounds and lasts until the player with the advantage is defeated in naval battle by any involved player. Involved players with no shore ports can still fight sea battles for Naval Advantage, however they cannot conquer another player s shore tiles until a sea port is built.
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Einstein-Maxwell theory Charged black hole solutions Metric Author (Age) Symmetry Parameters* Λ Other features Reissner-Nordstrom Reissner (1916), Nordstrom (1918) static, spherically symmetric mass, electric charge no Kerr-Newman Newman, Couch, Chinnapared, Exton, Parakash, Torrence (1965) stationary, axially symmetric mass, rotation, electric charge no Carter Carter (1968) stationary, axially symmetric mass, rotation, NUT, electric charge yes Kinnersley Kinnersley (1969) stationary, axially symmetric mass, rotation, NUT, electric and magnetic charges, acceleration no Plebanski Plebanski (1975) stationary, axially symmetric mass, rotation, NUT, electric and magnetic charges yes Plebanski-Demianski Plebanski, Demianski (1976) stationary, axially symmetric mass, rotation, NUT, electric and magnetic charges, acceleration yes
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Web Accelerator
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10-1-600.jpg 以下メーカーホームページの説明文より引用 Calandra Racing Concepts changed the face 12th Scale racing with the release of the beautiful Gen-X racer. Tenth scale racers can now also have the same professional quality race car as TeamCRC releases its new 10th scale racer the GenX10. The GenX10 is the result of continuous refinement and product development at Calandra Racing Concepts. The GenX10 has it roots from CRC s previous 10th scale on-road racer the Pantoura, but this latest kit has undergone a revolutionary ground up redesign to produce a well-balanced, lightweight and highly adjustable tenth scale racer, the GenX10. Move over Touring Cars and make room for CRC s Pro10 2WD Sports Car Racer. The the GenX10 also features CRC s new Pro-Strut molded front end, best in the business New X-pod rear end, super low CG with "open pod" design that accepts brushed and bulky brushless motors with ease Bottom loading quick-change battery tray that fits any battery style, LiPo or NiMH Designed to fit 200 mm Sport Car bodies (such as the many HPI offerings) as well as traditional GTP bodies Adjustable track width 200-235 mm Adjustable wheel-base (allows for tuning and setup for NASCAR bodies) 235 mm width optional kit will be available soon Flush mount transponder mounting system Ultra low CG and centralized mass engineering for exceptional handling and precise steering 簡単な翻訳（超意訳、自信なし） Calandra Racing Conceptsは美しいGenXをリリースすることにより1/12レースシーンを一変させました。TeamCRCは1/10サイズのGenX10をリリースすることにより1/10レースシーンも1/12と同様の変化を起こします。 GenX10はCalandra Racing Conceptsの継続的な研究開発の成果です。GenX10ののルーツはロードレーサーのPantouraですが、GenX10はバランスや軽量化、調整可能な項目等を突き詰めた結果、設計を新たにしています。ツーリングカーとは違うGenX10という 2WD Sports Car Racer はいかがでしょうか？ GenX10の特徴： フロントはGenXで採用されたCRC プロストラットを採用しています、 リアエンドは低重心でX-Podと、OpenPodデザインが採用され、ブラシレスモーターの搭載も容易です。 シャシー下面からトレイを使用してバッテリーを搭載するスタイルはNiMHからLiPoまで様々なバッテリーをサポートします。 200mm幅の1/10スケールボディが使用可能です。 トレッドは235mmまで延長可能です。 ホイールベースの調整の可能で、NASCARボディの搭載や調整も可能です。 235mm拡張キットは近日発売予定です。（訳注：現在は販売されています。） トランスポンダーの搭載も可能です。 ハンドリングと操作性向上の為に徹底的な低重心化とマスの中心化が図られています。 ※ちなみに写真は多少古い(？)のか、市場に出回っている現行品とは見た目が若干異なります。
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使い方 どんどん増やせるように努力します。 【使い方】POPアクセスの方法【全般】 【使い方】携帯からtwiclub.info、つかえます！【モバイル】 【カレンダー】iPhone(touch)にカレンダーを同期させよう 以下からはtwiclubとは関係ございません。
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東方魂花 ～The first acceleration～ サークル：STEP×STEP Number Track Name Arranger Vocal Original Works Original Tune Length 01 神童例祭 STEP×STEP 夢違科学世紀 童祭 ～ Innocent Treasures [03 02] 02 桜々絢華 STEP×STEP 東方妖々夢 さくらさくら ～ Japanize Dream... [05 05] 03 想昔帰航 STEP×STEP иaяuмi 東方花映塚 彼岸帰航 ～ Riverside View [05 11] 04 鋼鉄彼女 STEP×STEP 東方紅魔郷 U.N.オーエンは彼女なのか？ [03 06] 05 雨下桜恋 STEP×STEP 稀翁玉 桜花之恋塚 ～ Flower of Japan [03 57] 06 彩伝幽雅 STEP×STEP 東方妖々夢 幽雅に咲かせ、墨染の桜 ～ Border of Life [05 51] 07 仰空哀歌 STEP×STEP 東方萃夢想 仰空 [03 34] 08 赤白護郷 jessica иaяuмi 東方幻想郷 アリスマエステラ [04 22] 09 儚誠 STEP×STEP иaяuмi 東方風神録 信仰は儚き人間の為に [05 00] 10 瞑紅楼閣 STEP×STEP 東方紅魔郷 紅楼 ～ Eastern Dream... [04 54] 詳細 博麗神社例大祭6(2009/03/08)にて頒布 イベント価格：---円 ショップ価格：1050円(税込) レビュー 名前 コメント
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GURGAON, India FINDLAY, Ohio. - Saturday, August 3rd 2013 [ME NewsWire] (BUSINESS WIRE) Apollo Tyres Ltd (NSE ApolloTYRE) and Cooper Tire Rubber Company (NYSE CTB) today announced that the Hart-Scott-Rodino (HSR) review period for the pending merger of Apollo and Cooper expired on July 26, 2013 with no action by the Federal Trade Commission or the Department of Justice. The expiration of the HSR review period satisfies one of the conditions necessary for the transaction to close 2you. Cooper and Apollo expect that, subject to the remaining customary closing conditions, the transaction will be completed before the end of the year. Cooper and Apollo announced the pending merger on June 12, 2013 following unanimous approval by the boards of directors of both companies. The strategic combination of Apollo and Cooper will bring together two companies with highly complementary brands, geographic presence, and technological expertise to create a global leader in tire manufacturing and distribution. The combined company will have a full range of products, strong brands and greater ability to satisfy customer needs worldwide Deep Draw Process. About Apollo Tyres Ltd Apollo Tyres Ltd is a high-performance tire manufacturer headquartered in India. It is built around the core principles of creating stakeholder value through reliability in its products and dependability in its relationships. The company has manufacturing units in India, the Netherlands, and South Africa and exports its products around the world. In each of its markets the company operates through a vast network of branded, exclusive and multi-product outlets. About Cooper Tire Rubber Company Cooper Tire Rubber Company is the parent company of a global family of companies that specialize in the design, manufacture, marketing, and sales of passenger car and light truck tires. Cooper has joint ventures, affiliates and subsidiaries that also specialize in medium truck, motorcycle and racing tires cheap Tank Truck. Cooper`s headquarters is in Findlay, Ohio, with manufacturing, sales, distribution, technical and design facilities within its family of companies located in 11 countries around the world. ADDITIONAL INFORMATION In connection with the proposed transaction, Cooper filed a preliminary proxy statement with the SEC. INVESTORS ARE URGED TO READ THE PRELIMINARY PROXY STATEMENT AND, WHEN IT BECOMES AVAILABLE, THE DEFINITIVE PROXY STATEMENT BECAUSE THESE DOCUMENTS WILL CONTAIN IMPORTANT INFORMATION ABOUT THE PROPOSED TRANSACTION AND COOPER server part memory ram module. You will be able to obtain the preliminary proxy statement, the definitive proxy statement (when available) as well as other filings containing information about Cooper, free of charge, at the website maintained by the SEC at www(dot)sec(dot)gov. Copies of the proxy statement and other filings made by Cooper with the SEC can also be obtained, free of charge, by directing a request to Cooper Tire Rubber Company, 701 Lima Avenue, Findlay, Ohio 45840, Attention Secretary or call (419) 429-6710. Participants in the Solicitation Cooper and its directors and officers may be deemed to be participants in the solicitation of proxies from Cooper`s stockholders with respect to the special meeting of stockholders that will be held to consider the proposed transaction. Information about Cooper`s directors and officers and their ownership of Cooper`s common stock is set forth in its Form 10-K which was filed with the SEC on February 25, 2013 and the proxy statement for Cooper`s Annual Meeting of stockholders, which was filed with the SEC on March 26, 2013. Stockholders may obtain additional information regarding the interests of Cooper and its directors and executive officers in the proposed transaction, which may be different than those of Cooper`s stockholders generally, by reading the preliminary proxy statement filed with the SEC on July 8, 2013, the definitive proxy statement (when available) and other relevant documents regarding the proposed transaction, when filed with the SEC. FORWARD-LOOKING STATEMENTS This release contains forward-looking statements within the meaning of the federal securities laws. Forward-looking statements are not based on historical facts but instead reflect Cooper`s and Apollo`s expectations, estimates or projections concerning future results or events. These statements generally can be identified by the use of forward-looking words or phrases such as "believe," "expect," "anticipate," "project," "may," "could," "intend," "intent," "belief," "estimate," "plan," "likely," "will," "should" or similar words or phrases. These statements are not guarantees of performance and are inherently subject to known and unknown risks, uncertainties and assumptions that are difficult to predict and could cause our actual results, performance or achievements to differ materially from those expressed or indicated by those statements. We cannot assure you that any of our expectations, estimates or projections will be achieved. The forward-looking statements included in this release are only made as of the date of this document and we disclaim any obligation to publicly update any forward-looking statement to reflect subsequent events or circumstances. Numerous factors could cause our actual results and events to differ materially from those expressed or implied by forward-looking statements, including, without limitation volatility in raw material and energy prices, including those of rubber, steel, petroleum based products and natural gas and the unavailability of such raw materials or energy sources; the failure of Cooper`s or Apollo`s suppliers to timely deliver products in accordance with contract specifications; changes in economic and business conditions in the world; failure to implement information technologies or related systems, including failure to successfully implement an ERP system; increased competitive activity including actions by larger competitors or lower-cost producers; the failure to achieve expected sales levels; changes in Cooper`s or Apollo`s customer relationships, including loss of particular business for competitive or other reasons; the impact of labor problems, including labor disruptions at Cooper or at one or more of its large customers or suppliers; changes in Cooper`s relationship with joint-venture partners; the inability to obtain and maintain price increases to offset higher production or material costs; litigation brought against Cooper or Apollo, including products liability claims, which could result in material damages against Cooper or Apollo; changes to tariffs or the imposition of new tariffs or trade restrictions; changes in pension expense and/or funding resulting from investment performance of Cooper`s pension plan assets and changes in discount rate, salary increase rate, and expected return on plan assets assumptions, or changes to related accounting regulations; government regulatory and legislative initiatives including environmental and healthcare matters; volatility in the capital and financial markets or changes to the credit markets and/or access to those markets; changes in interest or foreign exchange rates; an adverse change in Cooper`s or Apollo`s credit ratings, which could increase borrowing costs and/or hamper access to the credit markets; the risks associated with doing business outside of the United States; the failure to develop technologies, processes or products needed to support consumer demand; technology advancements; the inability to recover the costs to develop and test new products or processes; failure to attract or retain key personnel; consolidation among competitors or customers; inaccurate assumptions used in developing Cooper`s or Apollo`s strategic plan or operating plans or the inability or failure to successfully implement such plans; failure to successfully integrate acquisitions into operations or their related financings may impact liquidity and capital resources; inability to adequately protect Cooper`s or Apollo`s intellectual property rights; inability to use deferred tax assets; other factors that are set forth in management`s discussion and analysis of Cooper`s most recently filed reports with the SEC; and uncertainties associated with the proposed acquisition of Cooper by Apollo, including uncertainties relating to the anticipated timing of filings and approvals relating to the transaction, the expected timing of completion of the transaction and the ability to complete the transaction. This list of factors is illustrative, but by no means exhaustive. All forward-looking statements should be evaluated with the understanding of their inherent uncertainty americanbang. Order by www.showersupplier.com
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Extrapolation Methods for Accelerating PageRank Computations Sepandar D. Kamvar, Taher H. Haveliwala, Christopher D. Manning, Gene H. Golub WWW 2003 概要 PageRankのためのPower methodの高速化 25--300%速くなった メモ：イントロで… Dangling nodesからは一様に飛ぶとしている Aitken Extrapolation $$ x^{(k-2)} $$が上位2つの固有ベクトルの線形結合で表せるとする $$ x^{(k-2)}, x^{(k-1)}, x^{(k)} $$を使って$u_1$を求めたい！ $$ x^{(k-2)} = u_1 + \alpha_2 u_2 $$ $$ x^{(k-1)} = u_1 + \alpha_2 \lambda_2 u_2 $$ $$ x^{(k )} = u_1 + \alpha_2 \lambda_2^2 u_2 $$ $$ g_i = (x_i^{(k-1)} - x_i^{(k-2)})^2 = \alpha_2^2(\lambda_2-1)^2(u_2)^2_i $$ $$ h_i = x_i^{(k)}-2x_i^{(k-1)}+x_i^{(k-2)} = \alpha_2(\lambda_2-1)^2(u_2)_i $$ $$ f_i = g_i/h_i = \alpha_2 (u_2)_i $$ だから，$$ f = \alpha_2 u_2 $$ $$ u_1 = x^{(k-2)}-f $$ 実際には，仮定が近似なので，u1も近似 でも，u2の係数は小さくなる（なりそう？） Epsilon Extrapolation $$ g_i = (x_i^{(k-1)} - x_i^{(k-2)}) (x_i^{(k)} - x_i^{(k-1)}) $$とすると， $$ u_1 = x^{(k-1)} - \alpha_2 \lambda_2 u_2 = x^{(k-1)} - (g_i / h_i)_i $$ Quadratic Extrapolation $$ x^{(k-3)} = u_1 + \alpha_2 u_2 + \alpha_3 u_3 $$として， $$ x^{(k-2)}, x^{(k-1)}, x^{(k)} $$を使って頑張る（式が超長いので省略） 実験 「テレポーテーションが少ない=αが大きい」とPower methodはどんどん遅くなる Quadratic Extrapolationはぼちぼち耐えている ただし，α=0.9ではほぼ同じ 現在主流の0.85ではほとんど差がつかないのかな？ 収束の尺度 唐突だけど，$$ \delta_k = \| Ax^{(k)}-x^{(k)} \| $$って良いの？ KDist = Ax^(k)基準では$$ u \preceq v $$なのに， x^(k)基準では$$ v \preceq u $$なペア(u,v)の個数（割合） KDistもKmin（既存の何か）もL_1も大体同じ（？！） PageRank PageRank計算 Personalized PageRank WWW 2015/07/27 17 03