Forum Replies Created

    #29417
    Profile Photo
    Heitor Galvao
    Participant

    Good day you pass me in annex here by the forum you mentioned please.

    #29416
    Profile Photo
    Heitor Galvao
    Participant

    Good day about all the cases you mentioned.

    #23813
    Profile Photo
    Heitor Galvao
    Participant

    Now the graphics I could generate in the matlab Figure 5 and 6, please can someone help me with the graph 3.

    #23812
    Profile Photo
    Heitor Galvao
    Participant

    To figure 5 and 6 implemented a function and then went picking results, then it was just in matlab.
    Figure 5 data:
    unction[p] = pbreak[m,w,g]

    (m,w,g) (m,w,g)
    ‘blue’ ‘red’
    (10,8,1) (10,4,1)
    (15,8,2) (15,4,2)
    (20,8,3) (20,4,3)

    ‘blue’
    Pbreak(10,8,1) = 6.8893e-08 Pbreak(10,8,2) = 4.7463e-15
    Pbreak(15,8,1) = 4.8177e-10 Pbreak(15,8,2) = 2.3210e-19
    Pbreak(20,8,1) = 2.4611e-11 Pbreak(20,8,2) = 6.0568e-22
    Pbreak(25,8,1) = 2.8664e-12 Pbreak(25,8,2) = 8.2161e-24
    Pbreak(30,8,1) = 5.2968e-13 Pbreak(30,8,2) = 2.8056e-25

    Pbreak(10,8,3) = 3.2699e-22
    Pbreak(15,8,3) = 1.1182e-28
    Pbreak(20,8,3) = 1.4906e-32
    Pbreak(25,8,3) = 2.3550e-35
    Pbreak(30,8,3) = 1.4861e-37
    ========//========================================================

    ‘red’
    Pbreak(10,4,1) = 2.4802e-05 Pbreak(10,4,2) = 6.1512e-10
    Pbreak(15,4,1) = 3.8156e-06 Pbreak(15,4,2) = 1.4559e-11
    Pbreak(20,4,1) = 1.0750e-06 Pbreak(20,4,2) = 1.1556e-12
    Pbreak(25,4,1) = 4.1173e-07 Pbreak(25,4,2) = 1.6952e-13
    Pbreak(30,4,1) = 1.9005e-07 Pbreak(30,4,2) = 3.6119e-14

    Pbreak(10,4,3) = 1.5256e-14
    Pbreak(15,4,3) = 5.5552e-17
    Pbreak(20,4,3) = 1.2423e-18
    Pbreak(25,4,3) = 6.9795e-20
    Pbreak(30,4,3) = 6.8645e-21

    Figure 6 data:

    function[p] = pbreak[m,w,g]

    (m,w,g) (m,w,g)
    ‘blue’ ‘blue’
    (15,8,0) (15,4,0)
    (15,8,5) (15,4,5)
    (15,8,10) (15,4,10)
    (15,8,15) (15,4,15)
    (15,8,20) (15,4,20)

    (m,w,g) (m,w,g)
    ‘red’ ‘red’
    (11,8,0) (11,4,0)
    (11,8,5) (11,4,5)
    (11,8,10) (11,4,10)
    (11,8,15) (11,4,15)
    (11,8,20) (11,4,20)

    Pbreak(15,8,0) = 1 Pbreak(15,4,0) = 1
    Pbreak(15,8,5) = 2.5954e-47 Pbreak(15,4,5) = 8.0878e-28
    Pbreak(15,8,10)= 6.7361e-94 Pbreak(15,4,10)= 6.5413e-55
    Pbreak(15,8,15)= 1.7483e-140 Pbreak(15,4,15)= 5.2904e-82
    Pbreak(15,8,20)= 4.5375e-187 Pbreak(15,4,20)= 4.2788e-109

    Pbreak(11,8,0) = 1 Pbreak(11,4,0) = 1
    Pbreak(11,8,5) = 2.3417e-39 Pbreak(11,4,5) = 9.7932e-25
    Pbreak(11,8,10)= 5.4835e-78 Pbreak(11,4,10)= 9.5907e-49
    Pbreak(11,8,15)= 1.2841e-116 Pbreak(11,4,15)= 9.3923e-73
    Pbreak(11,8,20)= 3.0068e-155 Pbreak(11,4,20)= 9.1981e-97

    #22928
    Profile Photo
    Heitor Galvao
    Participant

    I got some results with the ONU_1 and the ONU_2 only with the other ONUs, can someone help?

    #20823
    Profile Photo
    Heitor Galvao
    Participant

    CTRL+F

    #20353
    Profile Photo
    Heitor Galvao
    Participant

    The University in that study did not sign this platform.

    #20352
    Profile Photo
    Heitor Galvao
    Participant

    Knowledge is an endless cycle of discovery.

    #20351
    Profile Photo
    Heitor Galvao
    Participant

    Referencing believe has not problem at all, because the reference shows that the material is not yours, more are using it to gain knowledge.

    #20350
    Profile Photo
    Heitor Galvao
    Participant

    Thank you for what you said, I have done what I said does anyone have access to IEEE platform and could send me the following items please:

    — — — > K. Asaka, “Consideration of Tunable Components for Next-Generation Passive Optical Network Stage 2 (NG-PON2),” IEEE Jounal of Lightwave Technology, vol. PP, no. 99, pp. 1-5.2015.
    — — — > Z. Wang, k. Kravtsov, j. Chang, P.R.Prucnal, “Sensor data transmission thread overaly on gigabit passive optical network,” IEEE/OSA Journal of Optics Communications and Networks, vol. 3, no. 7, pp. 553-558, July 2011.

    #20303
    Profile Photo
    Heitor Galvao
    Participant

    It would be interesting to this online database.

    #20302
    Profile Photo
    Heitor Galvao
    Participant

    Other types of software that you can use to plot matlab, origin or else you can do using the Parameter Sweeps using optisystem him , believe that the method of ravil is the best Yes.See if interested: https://optiwave.com/resources/applications-resources/optical-system-lesson-4-parameter-sweeps-ber-x-input-power/

    #20301
    Profile Photo
    Heitor Galvao
    Participant

    Optisytem.

    #20299
    Profile Photo
    Heitor Galvao
    Participant

    Copyright it?

    #20298
    Profile Photo
    Heitor Galvao
    Participant

    In forum rules changed? That’s why the article was not allowed?