あらゆる分野の企業にとって、インターネットをはじめとする情報技術がビジネスに不可欠であることは今さら言うまでもないでしょう。一方、マルウェア感染や情報漏えいとった緊急事態（インシデント）に対する備えは、「頭ではわかっているんだけど……」と遅れている組織も少なくないのではないでしょうか？　本書ではそうしたインシデントに対処する「CSIRT」（Computer Security Incident Response Team）を構築することで、組織のリスク管理能力を向上させる方法を解説します。ITへのリソースを十分に割けない組織でもインシデントに対処できるよう、求められる人材や立ち上げのステップ、実際の運用事例の紹介まで丁寧にフォローします。

〈自然体〉とは〈技〉である!自らの軸はしっかりと保ちながら、外へと開かれた柔軟な構え。それは、意識しなければけっして身につかない、しかし、だれでも獲得できる心身の〈技〉である。内なる「中心感覚」と、他者との「距離感覚」を習得する。

幸せな気持ちにさせてくれる、コンビニにいる私の推し。彼女に会うと仕事を頑張れる。ある日、彼女の正体を知ってますます好きになってしまってー。初登場のガールズラブストーリー。（この作品は雑誌ネクストFあるいは単行本に収録されています。重複購入にご注意ください。）

あなたの恋愛にも当てはまること間違いなし!?「違う、そうじゃない!」とつい叫びたくなる男の行動、女の一言…。クスッと笑えてちょっとしみじみ、スカッとできて共感しちゃう恋愛オムニバスコメディ

In April 2020, the Japanese government issued its first state of emergency over the COVID-19 pandemic. When the then Prime Minister Shinzo Abe lifted it the next month, Abe attributed Japan’s success in keeping infections and deaths lower than in other major industrialized countries to what he called the “Japan model” of dealing with the crisis. The “Japan model,” however, can properly be declared a model only if its efforts to bring infections under control work in tandem with its efforts to stabilize the economy. In consideration of this, during the first half of 2020, what were the effects of Japan’s countermeasures? Which policies did not work? What remains uncertain? To review Japan’s preparedness and response to the COVID-19 pandemic, the Asia Pacific Initiative (API), an independent global think tank, launched the “Independent Investigation Commission on the Japanese Government’s Response to COVID-19 (API/ICJC).” API originally published the Japanese-language version and submitted it to Prime Minister Yoshihide Suga on October 8, 2020. The commission conducted 102 interviews with 84 government officials and experts, including PM Abe; PM Suga, who was chief cabinet secretary prior to becoming prime minister; Katsunobu Kato, who was health minister prior to becoming chief cabinet secretary; as well as numerous other senior government officials who provided insight on the background of the events.

※この商品はタブレットなど大きいディスプレイを備えた端末で読むことに適しています。また、文字だけを拡大することや、文字列のハイライト、検索、辞書の参照、引用などの機能が使用できません。 Advances in seismically-isolation structural technology have expanded the scope of application, allowing the technology to be used in super-high-rise buildings exceeding 60 meters in height and for the seismic retrofitting of existing structures. Previously, the seismic safety of seismically-isolated buildings had to be verified entirely through time-history response analysis to obtain ministerial certification. Design based on time-history response analysis remains widely adopted today. The Japan Society of Seismic Isolation produced a design manual in 1999 and subsequently published the "JSSI Design Standards and Manual for Seismically-Isolated Buildings Using Time-History Response Analysis" in 2005. Since then, the document has undergone repeated revisions to incorporate new findings regarding long-period ground motion, the durability of seismic-isolation devices, wind loads, and seismic-isolation foundations. Furthermore, in response to the need for countermeasures against long-period ground motion associated with a potential Nankai Trough megathrust earthquake—and the consequent requirement to account for the effects of prolonged and repeated cyclic loading on seismic-isolation devices as well as design input ground motions—a first revised edition incorporating the latest research findings was produced.