= ISC Task List (as of 2021) = ||Task ||People in charge ||Relevant Subsystems ||Comment || ||Management / Management || || || || ||Analog electronics / Analog electronics management || || || || ||Analog electronics / Cabling management || || || || ||Analog electronics / In-vac PDs and QPDs || || || || ||Optical table / Optical table cover || || || || ||Optical table / Optical table optics, high power management || || || || ||AS port / OMC and beam shutter || || || || ||Interferometer sensing and controls / Initial alignment || || || || ||Interferometer sensing and controls / Lock acquisition, arm length stabilization || || || || ||Interferometer sensing and controls / Length sensing and control || || || || ||Interferometer sensing and controls / Alignment sensing and control || || || || ||Interferometer sensing and controls / Laser frequency stabilization || || || || ||Interferometer sensing and controls / Laser intensity stabilization || || || || ||Interferometer sensing and controls / RF modulation scheme || || || || ||Simulation and modeling / Simulations with mirror maps || || || || ||Simulation and modeling / Noisebudget || || || || ||Simulation and modeling / Thermal lensing || || || || ||Simulation and modeling / Parametric instability studies || || || || = ISC Task List (as of 2015) = ||Category ||Task ||Person in Charge ||Relevant Subsystems ||Comment || ||Management ||Finalize the task list ||Aso, Michimura || || || ||Assign people to the tasks || || || ||Make a schedule for iKAGRA ISC tasks || || || ||Analog Electronics ||Complete the iKAGRA ISC electronics diagram ||Michimura ||MIF, IOO, AEL ||iKAGRA || ||Make a cabling plan for iKAGRA ||Michimura ||iKAGRA || ||Installation of the ISC electronics for iKAGRA ||Aso, Nakano ||iKAGRA || ||List up necessary ISC electronics for bKAGRA ||Michimura, Aso || || ||Draw an ISC electronics diagram for bKAGRA ||Michimura || || ||Make a cabling plan for bKAGRA ||Michimura || || ||Digital Control ||Make a channel list for iKAGRA ISC (including whether each channel needs a whitening filter) ||Kokeyama ||MIF, IOO, DGS ||iKAGRA || ||Write ISC real time codes for iKAGRA ||Students+Kokeyama,Michimura ||iKAGRA || ||Create MEDM screens for iKAGRA ||Students+Kokeyama,Michimura ||iKAGRA || ||Write guardian scripts for iKAGRA ||Students+Kokeyama,Michimura ||iKAGRA || ||Make a channel list for bKAGRA ISC ||Kokeyama || || ||Write ISC real time codes for bKAGRA ||Students+Kokeyama,Michimura || || ||Create MEDM screens for bKAGRA ||Students+Kokeyama,Michimura || || ||Write guardian scripts for bKAGRA ||Students+Kokeyama,Michimura || || ||Cameras ||Decide where to put cameras ||Aso, Kokeyama ||AOS, MIF, IOO ||iKAGRA || ||Figure out how to mount the cameras ||Aso, Kokeyama ||AOS, MIF, IOO ||iKAGRA || ||Test the camera server ||Kokeyama, Aso ||AOS, MIF, IOO ||iKAGRA || ||Buy more cameras ||Aso ||AOS, MIF, IOO ||iKAGRA || ||Install the cameras ||Kokeyama, Aso + Students ||AOS, MIF, IOO ||iKAGRA || ||Consider how to look at the cryogenic mirror surfaces ||Tomaru ?, Aso ||CRY,MIF || || ||Preparation of detection bench ||iKAGRA REFL bench layout ||TBD ||IOO ||iKAGRA || ||bKAGRA REFL layout ||Kawamura+Students ||IOO || || ||bKAGRA POP/Green layout ||Kawamura+Students ||IOO || || ||bKAGRA POS/Green layout ||Kawamura+Students ||IOO || || ||bKAGRA POX/POY layout ||Kawamura+Students ||IOO || || ||in-VAC PD ||Doi, Aso ||MIF, IOO || || ||Initial Alignment ||Write a document of the initial alignment procedure for iKAGRA ||Michimura ||MIF ||iKAGRA || ||Actually perform the initial alignment of iKAGRA ||Michimura+Students ||MIF ||iKAGRA || ||Write a document of the initial alignment procedure for bKAGRA ||Michimura ||MIF || || ||Mode Cleaner Commissioning ||List up measurements to be done with iKAGRA ||Kawamura ||IOO ||iKAGRA || ||iKAGRA Commissioning ||List up measurements to be done with iKAGRA ||Aso ||MIF ||iKAGRA || ||ISC Modeling ||Build a model of iKAGRA with Chris's noise budget code ||Students+Michimura ||MIF ||iKAGRA || ||Make a noise budget for iKAGRA ||Students+Michimura ||MIF ||iKAGRA || ||Build a model of bKAGRA with Chris's noise budget code ||Students+Michimura ||MIF || || ||Make a noise budget for bKAGRA ||Students+Michimura ||MIF || || ||Fix the laser frequency stabilization servo design ||Michimura, Aso ||MIF, IOO || || ||IFO Optical Simulations ||FFT simulations with realistic mirror maps ||Hirose, H. Yamamoto ||MIF || || ||Decide whether IBF is necessary or not ||Aso, Hirose, Somiya, Michimura ||MIF,MIR || || ||Set requirements on the OMC and ITM polishing ||Somiya, H.Yamamoto ||MIF,IOO,MIR || || ||Requirements on the PRG, intra-cavity power, contrast defects ||JANGO ||MIF || || ||Thermal lensing of the MIF mirrors ||JANGO(H. Yamamoto) ||MIF || || ||AS port optics ||Overall design of the AS optics ||Somiya+Students ||IOO, MIF || || ||OFI design ||TBD ||IOO,MIF || || ||OMMT design ||TBD ||IOO,MIF || || ||Steering mirrors ||TBD ||IOO,MIF || || ||OMC design ||Somiya+Students ||IOO,MIF || || ||Vibration isolation scheme for output optics ||Somiya ||IOO, VIS || || ||Laser power management ||How to change the laser power during the operation ||TBD ||IOO,MIF || || ||Check the compatibility of the variable laser power with cryogenics ||K. Yamamoto ||CRY,MIF || || ||Beam shutters (in-air, in-vac) ||Somiya + Students ||IOO || || ||High power beam damps ||Akutsu ||AOS || || ||Lock Acquisition ||Simulation of the signals with various interferometer configurations (DRMI, PRFPMI, etc) using Optickle and Finesse (cross check) ||Students + Michimura, Aso ||MIF || || ||Design of the ALS ||TBD ||IOO,MIF || || ||Review the noise budget for the ALS ||TBD ||IOO,MIF || || ||Make design drawings of the ALS ||TBD ||IOO,MIF || || ||Deceide a scheme to generate f3 & f1 (AM) sidebands ||Nakano, Michimura, Uehara, Somiya ||IOO || || ||Write a document for the lock acquisition procednure ||Students + Aso ||MIF || || ||bKAGRA commmissioning ||Make a commissioning plan ||Aso ||MIF || ||