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NEW QUESTION: 1
デフォルトでは、2つのEIGRPメトリックにゼロ以外のK値がありますか？ （2つ選択してください。）
A. bandwidth
B. delay
C. cost
D. load
E. reliability
Answer: A,B

NEW QUESTION: 2
Which access control model would a lattice-based access control model be an example of?
A. Non-discretionary access control.
B. Mandatory access control.
C. Rule-based access control.
D. Discretionary access control.
Answer: B
Explanation:
In a lattice model, there are pairs of elements that have the least upper bound of
values and greatest lower bound of values. In a Mandatory Access Control (MAC) model, users
and data owners do not have as much freedom to determine who can access files.
FIRST: The Lattice
A lattice is simply an access control tool usually used to implement Mandatory Access Control
(MAC) and it could also be used to implement RBAC but this is not as common. The lattice model
can be used for Integrity level or file permissions as well. The lattice has a least upper bound and
greatest lower bound. It makes use of pair of elements such as the subject security clearance
pairing with the object sensitivity label.
SECOND: DAC (Discretionary Access Control)
Let's get into Discretionary Access Control: It is an access control method where the owner (read
the creator of the object) will decide who has access at his own discretion. As we all know, users
are sometimes insane. They will share their files with other users based on their identity but
nothing prevent the user from further sharing it with other users on the network. Very quickly you
loose control on the flow of information and who has access to what. It is used in small and
friendly environment where a low level of security is all that is required.
THIRD: MAC (Mandatory Access Control)
All of the following are forms of Mandatory Access Control:
Mandatory Access control (MAC) (Implemented using the lattice)
You must remember that MAC makes use of Security Clearance for the subject and also Labels
will be assigned to the objects. The clearance of the Subject must dominate (be equal or higher)
the clearance of the Object being accessed. The label attached to the object will indicate the
sensitivity leval and the categories the object belongs to. The categories are used to implement
the Need to Know.
All of the following are forms of Non Discretionary Access Control:
Role Based Access Control (RBAC)
Rule Based Access Control (Think Firewall in this case)
The official ISC2 book says that RBAC (synonymous with Non Discretionary Access Control) is a
form of DAC but they are simply wrong. RBAC is a form of Non Discretionary Access Control. Non
Discretionary DOES NOT equal mandatory access control as there is no labels and clearance
involved.
I hope this clarifies the whole drama related to what is what in the world of access control.
In the same line of taught, you should be familiar with the difference between Explicit permission
(the user has his own profile) versus Implicit (the user inherit permissions by being a member of a
role for example).
The following answers are incorrect:
Discretionary access control. Is incorrect because in a Discretionary Access Control (DAC) model,
access is restricted based on the authorization granted to the users. It is identity based access
control only. It does not make use of a lattice.
Non-discretionary access control. Is incorrect because Non-discretionary Access Control (NDAC)
uses the role-based access control method to determine access rights and permissions. It is often
times used as a synonym to RBAC which is Role Based Access Control. The user inherit
permission from the role when they are assigned into the role. This type of access could make use
of a lattice but could also be implemented without the use of a lattice in some case. Mandatory
Access Control was a better choice than this one, but RBAC could also make use of a lattice. The
BEST answer was MAC.
Rule-based access control. Is incorrect because it is an example of a Non-discretionary Access
Control (NDAC) access control mode. You have rules that are globally applied to all users. There
is no such thing as a lattice being use in Rule-Based Access Control.
References:
AIOv3 Access Control (pages 161 - 168)
AIOv3 Security Models and Architecture (pages 291 - 293)

NEW QUESTION: 3
An existing EMC customer notices that garbage collection is not running in Avamar because the capacity limit has reached. At which capacity limit does garbage collection stop running?
A. 95%
B. 100%
C. 85%
D. 90%
Answer: C

NEW QUESTION: 4
Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution. Determine whether the solution meets the stated goals.
You deploy a tabular data model to an instance of Microsoft SQL Server Analysis Services (SSAS). The model uses an in-memory cache to store and query data. The data set is already the same size as the available RAM on the server. Data volumes are likely to continue to increase rapidly.
Your data model contains multiple calculated tables.
The data model must begin processing each day at 2:00 and processing should be complete by 4:00 the same day. You observe that the data processing operation often does not complete before 7:00. This is adversely affecting team members.
You need to improve the performance.
Solution: Change the storage mode for the data model to DirectQuery.
Does the solution meet the goal?
A. Yes
B. No
Answer: A
Explanation:
Explanation/Reference:
Explanation:
By default, tabular models use an in-memory cache to store and query data. When tabular models query data residing in-memory, even complex queries can be incredibly fast. However, there are some limitations to using cached data. Namely, large data sets can exceed available memory, and data freshness requirements can be difficult if not impossible to achieve on a regular processing schedule.
DirectQuery overcomes these limitations while also leveraging RDBMS features making query execution more efficient.
With DirectQuery: +
Data is up-to-date, and there is no extra management overhead of having to maintain a separate copy of the data (in the in-memory cache). Changes to the underlying source data can be immediately reflected in queries against the data model.
Datasets can be larger than the memory capacity of an Analysis Services server.
Etc.
References:https://docs.microsoft.com/en-us/sql/analysis-services/tabular-models/directquery-mode-ssas- tabular