Which of the following is NOT a type of expansion slot or bus designused in Advanced-Technology class systemsA. PCMCIAB. ISAC. PROM?

What is starting and ignition system?

An ignition system is a system for igniting a fuel-air mixture. Ignition systems are well known in the field of internal combustion engines such as those used in petrol (gasoline) engines used to power the majority of motor vehicles, but they are also used in many other applications such as in oil-fired and gas-fired boilers, rocket engines, etc.Aircraft Engine Starting Systemsa. Reciprocating Engine Startingb. GTE StartingReciprocating Engine Starting Systemsa. Inertia Starters1. Hand inertia starters2. Electric inertia starters3. Combination inertia starters

Which type of Intrusion Detection System can only take logging and alerting types of actions when an attack is identified?

Passive SystemsA passive intrusion detection sensor detects and potential security breach, logs the information and signals an alart on the console, but does not take any preventive measures to stop the attack.

Define mountain range and mountain belt?

A mountain range: is a series of mountains that have the same general shape and structure.A mountain belt: is a group of large mountain systemsA mountain system: a series of interconnected or geologically related mountain ranges

Which of the following statements best describes a weakness of the Bohr model of the atom?

The Bohr model fails to fully explain the behavior of atoms with more than one electron, as it simplifies the complex interactions in multi-electron systems. It also does not account for the concept of electron spin or the shape of atomic orbitals.

What are the main qualities of a good hypothesis?

iA hypothesis is a proposed explanation for an observable phenomenon. For a hypothesis to be put forward as a scientific hypothesis, the scientific method requires that one can test it. Scientists generally base scientific hypotheses on previous obserations that cannot satisfactorily be explained with the available scientific theories.These are the essential traits of a good hypothesis:TestibilitySimplicityScope - the apparent application of the hypothesis to multiple cases of phenomenaFruitfulness - the prospect that a hypothesis may explain further phenomena in the futureConservatism - the degree of "fit" with existing recognized knowledge-systemsA hypothesis cannot contradict scientific laws.

What are the answer to Section 7 - 4 The diversity of Cellular life?

unicellulara and blive in groups of individuals of the same species that are attached to one another but have few specialized structurescells throughout an organism can develop in diff. ways to perform diff. tasksc and da.individual cells b.tissues c.organs d.organ systemsa group of similar cells that perform a particular functiona. muscle b.epithelial c.hervous d.connective tissuecover or line body surfacea c and dorgannervous tissues and connective tissuesa group of organs that work together to perform a specific function1.chloroplast2.organelle3.vacuole4.cytoskeleton5.eukaryotic6.mitochondrias7.cell theory8.osmosis9.endocytosis10.tissue

How can you transfer Pokemon from Pokemon Platinum to Pokemon White?

What you will need is:2 DS systemsA copy of Pokemon Pearl and Pokemon WhiteTo have beaten the main story on Pokemon WhiteOnce you've beaten the main story on Pokemon White, go to Route 15. You'll find a building there that will give you the Poke Transfer option on the main menu. You will need to use the Download Play option on the other DS to send Pokemon over.NOTE:You cannot send Pokemon from White back to PearlThe Pokemon you transfer cannot know HM movesThey cannot have Items equipped to themYou cannot send EggsYou cannot send Spiky-Eared Pichu

What are Examples of knowledge based system?

Knowledge-Based SystemsA knowledge-based system is a computer program that reasons and uses knowledge to solve complex problems. Traditionally, computers have solved complex problems using arithmetic algorithms created by programmers. With knowledge-based systems, human knowledge is captured and embedded explicitly within a program in a symbolic format.Expressing knowledge as rules and heuristics has two particular advantages over previous software development technology. Not only can explicit knowledge be trapped in the computer, but so can implicit knowledge, which is useful and potentially very profitable. The other advantage is that knowledge that exists in the form of rules can be captured in that form, without having to be converted by teams of analysts and programmers into data definitions and procedures.Types of SystemsOne way that knowledge-based systems can be classified is by the kind of conclusions they produce. Some interpret the available evidence and produce diagnoses-for example, to explain the reason for a machine breakdown. Others interpret the available evidence but offer a prediction, such as the likelihood of a particular applicant for a loan becoming a slow-payer or a defaulter. Some systems address design questions, proposing the form or layout of a product or the configuration of components. Some are related to industrial engineering matters such as the procedure for assembling the components. However, not all knowledge-based systems are so ambitious. Many merely use the captured rules to determine to which class a particular example belongs. For example, a system might determine whether a particular person is, or is not, entitled to a particular government benefit, an entry visa, or permanent residence.

What are examples of knowledgements?

Knowledge-Based SystemsA knowledge-based system is a computer program that reasons and uses knowledge to solve complex problems. Traditionally, computers have solved complex problems using arithmetic algorithms created by programmers. With knowledge-based systems, human knowledge is captured and embedded explicitly within a program in a symbolic format.Expressing knowledge as rules and heuristics has two particular advantages over previous software development technology. Not only can explicit knowledge be trapped in the computer, but so can implicit knowledge, which is useful and potentially very profitable. The other advantage is that knowledge that exists in the form of rules can be captured in that form, without having to be converted by teams of analysts and programmers into data definitions and procedures.Types of SystemsOne way that knowledge-based systems can be classified is by the kind of conclusions they produce. Some interpret the available evidence and produce diagnoses-for example, to explain the reason for a machine breakdown. Others interpret the available evidence but offer a prediction, such as the likelihood of a particular applicant for a loan becoming a slow-payer or a defaulter. Some systems address design questions, proposing the form or layout of a product or the configuration of components. Some are related to industrial engineering matters such as the procedure for assembling the components. However, not all knowledge-based systems are so ambitious. Many merely use the captured rules to determine to which class a particular example belongs. For example, a system might determine whether a particular person is, or is not, entitled to a particular government benefit, an entry visa, or permanent residence.

What are knowledge based system?

Knowledge-Based SystemsA knowledge-based system is a computer program that reasons and uses knowledge to solve complex problems. Traditionally, computers have solved complex problems using arithmetic algorithms created by programmers. With knowledge-based systems, human knowledge is captured and embedded explicitly within a program in a symbolic format.Expressing knowledge as rules and heuristics has two particular advantages over previous software development technology. Not only can explicit knowledge be trapped in the computer, but so can implicit knowledge, which is useful and potentially very profitable. The other advantage is that knowledge that exists in the form of rules can be captured in that form, without having to be converted by teams of analysts and programmers into data definitions and procedures.Types of SystemsOne way that knowledge-based systems can be classified is by the kind of conclusions they produce. Some interpret the available evidence and produce diagnoses-for example, to explain the reason for a machine breakdown. Others interpret the available evidence but offer a prediction, such as the likelihood of a particular applicant for a loan becoming a slow-payer or a defaulter. Some systems address design questions, proposing the form or layout of a product or the configuration of components. Some are related to industrial engineering matters such as the procedure for assembling the components. However, not all knowledge-based systems are so ambitious. Many merely use the captured rules to determine to which class a particular example belongs. For example, a system might determine whether a particular person is, or is not, entitled to a particular government benefit, an entry visa, or permanent residence.

What is difference between capabilities list and access list?

1. Access Control ListsAn ACL system has at least five namespaces whose relationships need to be considered:The namespace of file names: /tmp/fooThe namespace of unique object identifiers: (dev 22, inode 36, type file)The namespace of user identities (uid 52476)For each object type (file, disk, terminal, ...), the namespace of operations that object can perform.The namespace of process identifiers (process 719)In an access list system, it is assumed that there are two global mappings:principal: process identity -> user identityfs_lookup: file name -> object identity That is, every process has an assigned user identity and every file name can be translated into a unique object identifier. Hanging off of every unique object is a further mapping:acl: (object identity, user identity) -> operation(s) Given a process proc that wishes to perform an operation op on an object object, the protection mechanism in an access list system is to test the following predicate:op in acl(object, principal(p)) In the special case of the "open" call, this test is modified to be:op in acl(fs_lookup(filename), principal(p)) 2. Capability SystemsA capability system has at least four namespaces whose relationships need to be considered:The namespace of unique object identifiers: (dev 22, inode 36, type file)For each object type (file, disk, terminal, ...), the namespace of operations that object can perform.The namespace of process identifiers (process 719)The namespace of capabilities (object 10, operation set S)In a capability system, it is assumed that there is one local mapping for each processcap: (process identity, index) -> capability That is, every process has a list of capabilities. Each capability names an object and also names a set of legal operations on that object.There are also two "accessor" functions:obj: capability -> object identityops: capability -> operations Given a process proc that wishes to perform an operation op on an object object, the process must first possess a capability naming that object. That is, it must possess a capability at some index i such thatobject == obj(caps(p,i)) To perform an operation, the process names the "index" iof that capability to be invoked from the per-process list. The protection mechanism in a capability system is to test the following predicate:op in ops(caps(p,i)) Capability systems typically do not have a distinguished "open" call.3. Some Differences This section is incomplete.Simply comparing the predicates shows that there is a significant difference between the two systems:ACL: op in acl(object, principal(p)) Capability: op in ops(caps(p,i)) An obvious difference is that the capability model makes no reference to any notion of "principal".Another obvious difference is that the capability model has a parameter "i". This allows the process to specify whichauthority it wants to exercise, which is why only the capability model can solve the confused deputy problem.

What is the example of Knowledge work system?

Knowledge-Based SystemsA knowledge-based system is a computer program that reasons and uses knowledge to solve complex problems. Traditionally, computers have solved complex problems using arithmetic algorithms created by programmers. With knowledge-based systems, human knowledge is captured and embedded explicitly within a program in a symbolic format.Expressing knowledge as rules and heuristics has two particular advantages over previous software development technology. Not only can explicit knowledge be trapped in the computer, but so can implicit knowledge, which is useful and potentially very profitable. The other advantage is that knowledge that exists in the form of rules can be captured in that form, without having to be converted by teams of analysts and programmers into data definitions and procedures.Types of SystemsOne way that knowledge-based systems can be classified is by the kind of conclusions they produce. Some interpret the available evidence and produce diagnoses-for example, to explain the reason for a machine breakdown. Others interpret the available evidence but offer a prediction, such as the likelihood of a particular applicant for a loan becoming a slow-payer or a defaulter. Some systems address design questions, proposing the form or layout of a product or the configuration of components. Some are related to industrial engineering matters such as the procedure for assembling the components. However, not all knowledge-based systems are so ambitious. Many merely use the captured rules to determine to which class a particular example belongs. For example, a system might determine whether a particular person is, or is not, entitled to a particular government benefit, an entry visa, or permanent residence.