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NEW QUESTION: 1
Ihr Unternehmen verfügt über eine Hauptniederlassung in London mit 100 Clientcomputern.
Vor drei Jahren haben Sie zu Azure Active Directory (Azure AD) migriert.
In der Sicherheitsrichtlinie des Unternehmens ist festgelegt, dass alle persönlichen Geräte und Geräte, die Eigentum des Unternehmens sind, registriert oder mit Azure AD verbunden sein müssen.
Ein Remotebenutzer mit dem Namen Benutzer1 kann über ein Heimnetzwerk kein persönliches Gerät mit Azure AD verbinden.
Sie stellen sicher, dass andere Benutzer ihre Geräte mit Azure AD verbinden können.
Sie müssen sicherstellen, dass Benutzer1 das Gerät mit Azure AD verbinden kann.
Was sollte man tun?
A. Erstellen Sie ein Point-to-Site-VPN vom Heimnetzwerk von Benutzer1 zu Azure.
B. Weisen Sie die Benutzeradministratorrolle Benutzer1 zu.
C. Ändern Sie auf dem Blatt Geräteeinstellungen, ob die Benutzer Geräte mit Azure ADsetting verbinden möchten.
D. Ändern Sie im Blatt Geräteeinstellungen die maximale Anzahl von Geräten pro Benutzereinstellung.
Answer: D
Explanation:
Explanation
The Maximum number of devices setting enables you to select the maximum number of devices that a user can have in Azure AD. If a user reaches this quota, they will not be able to add additional devices until one or more of the existing devices are removed.

NEW QUESTION: 2
最高情報セキュリティ責任者(CISO)は、理想的には次のものと直接報告関係を持つべきです。
A. 最高技術責任者(CTO)。
B. 弁護士。
C. 最高経営責任者(COO)。
D. 内部監査責任者。
Answer: C
Explanation:
説明
最高情報セキュリティ責任者(CISO)は、理想的には組織内のできるだけ高いレベルに報告する必要があります。与えられた選択肢の中では、最高運用責任者(COO)は適切なレベルだけでなく、日々の運用に関する知識も持っています。内部監査および法律顧問の責任者は、業務について十分な知識はありませんが、適切な二次選択を行います。 CTOのインフラストラクチャに対する目標は、情報セキュリティの目標に反する場合があるため、最高技術責任者(CTO)への報告は問題になる可能性があります。

NEW QUESTION: 3
Which of the following Common Data Network Services is used to send and receive email internally or externally through an email gateway device?
A. Client/Server services.
B. Mail services.
C. Print services.
D. Explanation:
Mail services send and receive email internally or externally through an email gateway device. Source: KRUTZ, Ronald L. & VINES, Russel D., The CISSP Prep Guide: Mastering the Ten Domains of Computer Security, 2001, John Wiley & Sons, Page 99.
158.
Asynchronous Communication transfers data by sending:
A. bits of data sequentially
B. bits of data sequentially in irregular timing patterns
C. bits of data in sync with a heartbeat or clock
D. bits of data simultaneously
E. File services.
Answer: B
Explanation:
Asynchronous Communication transfers data by sending bits of data in irregular timing patterns. In asynchronous transmission each character is transmitted separately, that is one character at a time. The character is preceded by a start bit, which tells the receiving end where the character coding begins, and is followed by a stop bit, which tells the receiver where the character coding ends. There will be intervals of ideal time on the channel shown as gaps. Thus there can be gaps between two adjacent characters in the asynchronous communication scheme. In this scheme, the bits within the character frame (including start, parity and stop bits) are sent at the baud rate.
The START BIT and STOP BIT including gaps allow the receiving and sending computers to synchronise the data transmission. Asynchronous communication is used when slow speed peripherals communicate with the computer. The main disadvantage of asynchronous communication is slow speed transmission. Asynchronous communication however, does not
require the complex and costly hardware equipments as is required for synchronous transmission.
Asynchronous communication is transmission of data without the use of an external clock signal.
Any timing required to recover data from the communication symbols is encoded within the
symbols. The most significant aspect of asynchronous communications is variable bit rate, or that
the transmitter and receiver clock generators do not have to be exactly synchronized.
The asynchronous communication technique is a physical layer transmission technique which is
most widely used for personal computers providing connectivity to printers, modems, fax
machines, etc.
An asynchronous link communicates data as a series of characters of fixed size and format. Each
character is preceded by a start bit and followed by 1-2 stop bits.
Parity is often added to provide some limited protection against errors occurring on the link.
The use of independent transmit and receive clocks constrains transmission to relatively short
characters (<8 bits) and moderate data rates (< 64 kbps, but typically lower).
The asynchronous transmitter delimits each character by a start sequence and a stop sequence.
The start bit (0), data (usually 8 bits plus parity) and stop bit(s) (1) are transmitted using a shift
register clocked at the nominal data rate.
When asynchronous transmission is used to support packet data links (e.g. IP), then special
characters have to be used ("framing") to indicate the start and end of each frame transmitted.
One character (none as an escape character) is reserved to mark any occurrence of the special
characters within the frame. In this way the receiver is able to identify which characters are part of
the frame and which are part of the "framing".
Packet communication over asynchronous links is used by some users to get access to a network
using a modem.
Most Wide Area Networks use synchronous links and a more sophisticated link protocol
Source: KRUTZ, Ronald L. & VINES, Russel D., The CISSP Prep Guide: Mastering the Ten
Domains of Computer Security, 2001, John Wiley & Sons, Page 100.
and
http://en.wikipedia.org/wiki/Asynchronous_communication
and
http://www.erg.abdn.ac.uk/users/gorry/course/phy-pages/async.html
and
http://www.ligaturesoft.com/data_communications/async-data-transmission.html