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Nokia 4A0-220 Exam - Topic 1 Question 3 Discussion

How are L0 and L1 resources coordinated in case of a failure in an MRN?
A) Coordination is achieved by setting the color constraints
B) Coordination is achieved by comparing the Setup Priorities
C) Coordination is achieved by segregation of color and colorless LSPs
D) Coordination is achieved by setting the WSR parameter

Nokia 4A0-220 Exam - Topic 1 Question 3 Discussion

Actual exam question for Nokia's 4A0-220 exam
Question #: 3
Topic #: 1
[All 4A0-220 Questions]

How are L0 and L1 resources coordinated in case of a failure in an MRN?

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Suggested Answer: A

Coordination of L0 and L1 resources in case of a failure in an MRN is achieved by setting the color constraints. Color constraints are used to specify which wavelengths or timeslots can be used by a given LSP request. By setting the color constraints, the NFM-T can ensure that the L0 and L1 resources are compatible and consistent across the network. For example, if an L0 LSP request requires a specific wavelength, the NFM-T can set the color constraint to match that wavelength and assign it to the L0 LSP. Similarly, if an L1 LSP request requires a specific timeslot, the NFM-T can set the color constraint to match that timeslot and assign it to the L1 LSP. This way, the coordination of L0 and L1 resources is achieved by ensuring that the same color is used by both layers.Reference:Nokia GMPLS-controlled Optical Networks Course | Nokia,3. GMPLS - Nokia


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I think I remember something about color constraints being important for coordination, but I'm not entirely sure if that's the right answer here.
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