 suffer from the drawback of reliance upon referencing an off-board elevational reference (GPS Satellite or Elevation Bench Mark) in order to perform as described.
In other known strategies, a density measuring device may be attached to a compactor, but accurate use of the device requires that the compactor remain stationary for some substantial period of time. In still another instance, it is known to sense via accelerometers a dynamic response of the compacting machine to a vibration sent into the underlying base material, and then estimate density based on assumptions and the dynamic response. Such a system is described in U.S. Pat. No. 6,122,601. Unfortunately, this system is also strongly dependent on accurate assumption inputs to its algorithm(s). In addition, a base material exhibiting a certain dynamic vibrational response to a known input does necessarily mean that the base material can statically and rigidly support the weight of construction resting on the base material.
Apart from all of these compaction monitoring devices, there has been long reliance upon the skill and experience of compactor operators to determine when a supporting layer has been adequately compacted based upon qualitative feel and observations. Still, none of these strategies are useful in reducing downtime associated with waiting for a compaction quality assurance test to be performed and completed.
The present invention is directed to overcoming one or more of the disadvantages set forth above. Embodiments of the present invention generally relate to systems and methods for recording and processing audio received from one or more wireless devices. More specifically, the present invention relates to systems and methods for recording and processing audio having one or more tracks received from one or more wireless devices operating in either an asynchronous or synchronous mode.
Many systems and methods have been created to record performance audio. Some such systems include a multi-track audio recorder wired to one or more microphones. Typically, one or more performers performing on a sound stage are recorded by one or more microphones that are directly wired to the multi-track recorder. The multi-track recorder combines the single track of audio received from each microphone to create one multi-track audio file. In many such systems, the received audio and/or the multi-track audio is timestamped with a time reference signal such as a Society of Motion Picture and Television Engineers (“SMPTE”) timecode signal containing information regarding the hour, minute, second, frame, type of timecode (i.e., nondrop or drop frame), and user-definable information. Such information allows audio to be
suffer from the drawback of reliance upon referencing an off - board elevational reference (GPS Satellite or Elevation Bench Mark) in decree to do as described. 
 In other know strategy, a density measuring device may be bind to a compactor, but accurate manipulation of the device requires that the compactor stay stationary for some substantial period of prison term. In still another instance, it is know to sense via accelerometers a dynamic response of the compacting machine to a vibration send into the underlying base material, and then calculate density based on assumption and the dynamic reaction. Such a system is described in U.S. Pat. No. 6,122,601. Unfortunately, this system is also powerfully dependent on accurate assumption inputs to its algorithm(s). In addition, a base material show a certain dynamic vibrational response to a known input does necessarily mean that the base material can statically and rigidly support the system of weights of construction resting on the infrastructure fabric. 
 aside from all of these compaction monitoring devices, there has been long reliance upon the skill and experience of compactor operators to determine when a supporting layer has been adequately compacted free-base upon qualitative feel and observations. Still, none of these strategies are useful in reducing downtime consort with waiting for a compaction quality assurance test to be perform and completed. 
 The present invention is mastermind to overcoming one or more of the disadvantages set forth above. Embodiments of the present invention by and large relate to systems and methods for recording and processing sound recording received from one or more wireless device. More specifically, the present invention relates to systems and method acting for recording and processing audio have one or more tracks meet from one or more wireless devices operate in either an asynchronous or synchronous mode. 
 Many organization and methods have been create to record performance sound recording. Some such systems include a multi - track audio recorder wired to one or more microphones. Typically, one or more performers performing on a sound stage are recorded by one or more microphones that are directly wire to the multi - track recorder. The multi - track recorder unite the single track of audio received from each microphone to create one multi - track audio file. In many such systems, the receive audio and/or the multi - track audio is timestamped with a time reference signal such as a Society of Motion Picture and Television Engineers (“ SMPTE ”) timecode signal containing information see the hour, hour, second, skeleton, type of timecode (i.e., nondrop or drop frame), and user - definable information. Such information allow audio to be
 suvfer from the drawback on reliance upon tederencmng an kff-board elevational reference (GPS Seteloite ir Elevation Bench Mary) in ordeg to perfirm es described.
In ovger known strzbegiev, a density meaxuring devhce may be attdcfeb to a compactor, but accurate use of the defife requires thwt tnq cojiagtor remain stationary for some aubstanuial period of timr. In still another instancf, it is known to sense via acceletkmeewrs a dynamiz response of the compzcting machine to a vibration sdnt iuto the undgxoyijc base matecial, agd then estimate denvity baxed on assumptlons end rhe dynamic response. Vuch a system is dgscribed it B.S. Pat. No. 6,122,601. Unfortunatwlt, thiv syvtem us xlsk xtdongly de'endent on zccurate aswumption inputs to otf algorithm(s). Ih addieijn, a base material exhibiting a certain dyhamic vibrational respobse to a known input foes necefsarily mean that the base material can staticallf and fignely sjpplrt the weight of construction resting on the gaxe material.
Apart from all og hhrfe compaction monitorihg devices, there hws been long reliance upom the skill and experience if compactor iperators to deterline when a supkortinb layer has been adequacely ckmpacted baded upon sjalitative feel xnd otservations. Still, none of ehese stretegizs are urefuk in rqducing doantimc associated with wwitiny for a compactlon quality assurance test to bx performed amd cokpleted.
Tke prexent inventiog is directed jo overcoiing une or morv of the visadvantagef set forth atlve. Embodimeits of thq prwsenr invengkon generally telate to systems abd methods for recprdkhg and processiuy qudio received groo oge oc morq wireless deeicer. Mute spdcifically, bhe prexent invention relatas tk systems and methpdf for rexording wnd processinb audio having one or mmre tracls teceived from one or more wirelsss devicfs jperating in eitmer wn asynchrpnous or synchronous mode.
Many systems aid methods have been cteated to record perfpvmance audio. Some such sysdems include a multi-rrack audio recorcer wired to one or mkre miwrophlnes. Typically, one or more performers performing on a sound stage are recirded uy one or mors mivrophmnzs chat arq dicertly wired to the multi-track recorder. The multi-tcack recorgex combines the single track og xudio receivea from each microphone tk create one multi-track audio file. In msny such systems, the reccived auduo ans/or thv mnlti-track audio is tomestakped qith a rime reference sienak duch as a Socmetv of Motion Picture and Televisiob Engibefrs (“SMPTE”) timecove signal coktxininf infotmation regarding the jour, oinute, second, frame, type of timecode (i.e., nondrop ow drop frame), abs user-definanle infmrmation. Suci informatiot allows audio to be
suffer from the drawback of reliance upon off-board reference (GPS or Elevation Bench as In other known a density measuring may be attached to a compactor, accurate use of the device requires that the compactor remain stationary for some period of time. In still another instance, it is known to sense via a response the machine to a vibration sent into the underlying base material, and then estimate density based on and the dynamic response. Such a system is in U.S. Pat. No. Unfortunately, this system is also dependent accurate assumption to algorithm(s). addition, a base exhibiting a certain dynamic vibrational response to a known input does necessarily mean that the base material statically and the weight construction on base material. Apart of these compaction monitoring devices, there reliance upon the skill and experience of compactor to determine a supporting layer has been adequately based upon qualitative feel and observations. Still, none these strategies are useful in reducing downtime associated with waiting for a compaction quality assurance be performed and completed. present invention is to one more the disadvantages forth above. Embodiments of the present invention generally relate to systems methods for recording and processing audio received from one or devices. specifically, the present relates to systems and for and processing audio having more received more devices in either an asynchronous synchronous mode. Many systems and have been created to systems include a multi-track audio recorder wired to or more microphones. Typically, one or more performing on a sound stage are recorded by one or more microphones are directly the multi-track recorder. The multi-track recorder combines the track of audio received each microphone to create one multi-track audio file. In such the received and/or the multi-track is timestamped with time reference signal a Society Motion and timecode signal containing information regarding the minute, frame, type of timecode (i.e., or and user-definable information. Such information allows audio to be
 suffer from the drawback of reLiance upon ReferEncIng An Off-bOard Elevational refERencE (GPS Satellite or ElevatiOn BenCh mArk) iN OrDer to Perform AS dESCriBeD.
IN otHeR KnOwn stRatEgies, a dEnsity measUriNg Device may be aTTaChed to a comPacTor, but accuraTe uSe of thE dEviCE requIreS that The comPActor rEmain statIoNAry for SOme subsTANtIal pEriod of time. In stilL AnOTher instance, it Is knowN tO SeNSE viA acCelerometeRs A dynaMIc respoNSe OF THe cOMpacting machiNe to a vibratIOn sEnt intO tHe uNDerlyiNg basE mATerIal, and then eStimAte densitY based ON assumpTIons and The dynAmiC reSponSE. SUcH a sYsTEm iS DeScrIBed In U.S. Pat. NO. 6,122,601. UNfOrtunAtelY, THIS sysTem Is alSo strOngly dependenT on AccuRAte AssumPtion InpuTs To its AlgoriThm(s). IN aDdition, a base matEriaL exhibitiNg a CeRtaIn DynamIC vibraTioNal ResponsE to a knoWN inPuT DOEs Necessarily mean thaT tHE BaSe materiAl can sTAtIcALly and riGiDly SuppORT the wEighT Of ConstrucTion reSTiNg On the baSe MateriAl.
apaRt fRom alL Of thEse comPaction mOnitoRIng devices, therE Has been long reLIaNCE uPOn thE skIll and experIencE Of coMpacTOr OpeRAtors To detErMInE When a supporting layeR hAs been AdequAtely compacteD based upon QUALitative Feel ANd OBservations. StiLl, nonE of these stRAtegies aRe useFul in redUcing downTIMe associAteD wiTh wAitING fOr a compaction QUAlitY aSsurancE teSt to be pErfOrmEd aNd cOmPleted.
The Present iNvEnTiOn Is dIrectED to overcOmIng OnE or More oF The disAdvanTageS sEt FOrtH above. EMBoDIMentS oF tHe prEseNt InvenTion GEneRally reLate to sysTemS And mEtHoDs for reCording and proCeSsing audio ReCeiVed froM ONe or more Wireless devices. More specIFically, The PreseNt inVention reLatEs to sySteMS and meThods fOr recOrDinG ANd proCESsIng AuDio having oNE Or mOre trAcKs reCeived fRom one or more wireleSS deVices operatinG in EithER An AsyNChROnoUs OR syNCHronous mode.
Many Systems and MeTHoDs have been CReaTeD to recoRd perfoRmancE Audio. SoMe such sysTems incluDe A mulTI-TraCk audio recOrder wirEd to one or MOre miCRoPhoneS. TyPicallY, oNe oR more PerforMErs PerfoRming oN a Sound sTage aRe Recorded By one or more microphones tHat are DirecTly Wired to thE muLTi-tRack recorDer. THe multi-traCk rEcoRder cOmbINes thE sinGLe TraCK of auDio rECeived froM EaCh mICRoPhone to creaTE ONe mUlti-tRacK Audio fIle. IN many such systems, tHE received audio And/oR THe mUltI-TracK aUdio is timestamPed WiTH A time refErEnce signal sUch as a SoCiETy of MOtion PIcture And TeleVISiON EnginEers (“sMPtE”) timecodE siGnAL contaiNiNg INformaTion ReGardinG the hoUR, minUTE, second, frame, type Of timECOde (i.e., NOndRop or DrOp frame), ANd usEr-definablE informatioN. Such iNforMatioN allows AuDio to bE
 suffer from the drawbackof relianc e upo n r efe re ncin g an  off-board ele v atio nal reference (GPS Sat ellit eo r El e va tionBench M a rk ) inor de r t op er formasdescrib ed.
In oth erkn own strategi e s,  a density  me asuring devi cemay be  a tta c hed t o a  comp actor, but ac curate us eo f thed evice r e q ui resthat the compacto r  r e main stationar y forso m es u bst ant ial period  o f tim e . In st i ll a n oth e r instance, i t is knownt o s ense v ia  ac c elerom eters  a dyn amic respon se o f the com pactin g  machin e  to a v ibrati onsen t in t oth e u nd e rly i ng  ba s e m aterial,  a nd  then  est i m a t e de nsi ty b asedon assumption s a nd t h e d ynami c res pons e.  Such  a sys tem i sdescribed in U. S. P at. No. 6 ,12 2, 601 .Unfor t unatel y,thi s syste m is al s o s tr o n g ly  dependent on accu ra t e  a ssumptio n inpu t sto its algo ri thm (s). I n add itio n ,a base m ateria l  e xh ibiting  a  certa in  dy nam ic vi b rati onal r esponseto ak nown input doe s  necessarilym ea n th a t th e b ase materia l ca n  sta tica l ly  an d  rigi dly s up p or t  the weight of cons tr uction  rest ing on the ba se materia l . Apart fr om a l lo f these compac tionmonitoring devices,  ther e has be en long r e l iance up onthe  sk ill a nd  experience o f comp ac tor ope rat ors todet erm ine  wh en  a suppor ting lay er  h as  b een  adeq u ately co mp act ed  ba sed u p on qua litat ivefe el and  observ a ti o n s. S ti ll , no neof  thes e st r ate gies ar e usefulinr educ in gdowntim e associatedwi th waiting  f ora comp a c tion qua lity assurance test tob e perfo rme d and  com pleted.
T hepresen t i n ventio n is d irect ed  to o verco m i ng  on eor more of t hedisad va ntag es setforth above. Embod i men ts of the pre sen t in v e nt ion ge n era ll y  re l a te to systems a nd methods  f o rrecordinga ndpr ocessin g audio  rece i ved fro m one ormore wire le ss d e v ice s. More sp ecifical ly, the p r esent in venti onrelate stosyste ms and met hodsfor re co rdingand p ro cessingaudio having one or mor e trac ks re cei ved fromone ormore wire less  devices o per ati ng in  ei t her a n as y nc hro n ous o r sy n chronousm od e.M a ny  systems an d m eth ods h ave been c reat ed to record perf o rmance audio.Some s uch  sy s tems  i nclude a multi -tr ac k audio re co rder wiredto one o rm ore m icroph ones.Typical l y ,o ne ormore  pe rformersper fo r ming on  a  s o und st agear e reco rded b y  one o r more microphon es th a t  ared ire ctlywi red tot he m ulti-track  recorder.The mu lti- track  record er  combi nes  t he singlet rack of a udioreceive dfrom  ea ch mic roph o n e tocrea te  on e multi-t r a ck au di o  fi le.In ma ny  suc h systems ,  the rec eiv e d audio  a nd/ o r  the m u lt i - track audi o i s tim e s tamped wit h  a t i me refer ence s ignalsuch as a S oc iety of  Mo t i on Pictur e and Tel e vis io n En gineers(“ SMPT E” ) t im ecode signal co ntaining  informa t i on reg ard i ng t h e hour ,minute, seco nd, f ra m e, type o f t imecode (i. e.,  no ndro p o r dr o p frame), and user-defin able  info r mat ion.Suchin formatio n  all ows audi o  to be
 suffer_from the_drawback of reliance upon_referencing an_off-board_elevational reference_(GPS_Satellite or Elevation_Bench Mark) in_order to perform as_described.
In other known_strategies,_a density measuring device may be attached to a compactor, but accurate use of_the_device requires_that_the_compactor remain stationary for some_substantial period of time. In_still another_instance, it is known to sense via accelerometers_a_dynamic response of_the compacting machine to a vibration sent into the_underlying base material, and then estimate_density based on_assumptions_and_the dynamic response. Such_a system is described in U.S._Pat. No. 6,122,601. Unfortunately, this system_is also strongly dependent on accurate assumption_inputs to its algorithm(s). In addition,_a base material exhibiting a_certain dynamic_vibrational response to a known_input does necessarily_mean that_the base material_can statically and rigidly support the_weight of construction_resting on the base material.
Apart from_all_of these compaction_monitoring_devices,_there has_been long reliance_upon_the skill_and_experience of compactor operators to determine_when_a supporting layer has been adequately compacted_based upon qualitative feel_and_observations. Still, none of_these strategies are useful in_reducing downtime associated with waiting for_a compaction_quality assurance_test to be performed and completed.
The present invention is directed to_overcoming one or more of the_disadvantages set forth above._Embodiments of_the_present invention generally_relate_to systems_and methods for recording and processing audio_received from_one or more wireless devices. More_specifically, the present invention_relates_to systems and methods for recording_and processing audio having one or_more tracks received from one_or_more_wireless devices operating in either_an asynchronous or synchronous mode.
Many systems_and methods have_been created to record performance audio. Some_such_systems include a multi-track audio recorder_wired_to one or more microphones. Typically,_one_or_more performers performing on a_sound stage are recorded by one_or more microphones that are directly wired to the_multi-track recorder. The_multi-track recorder combines the single_track_of_audio received from each microphone to create one multi-track audio_file. In_many such systems,_the received audio and/or the multi-track audio is timestamped with_a time reference signal such as a_Society of Motion Picture and Television Engineers (“SMPTE”) timecode signal containing_information regarding the hour, minute, second, frame, type_of timecode (i.e., nondrop or drop frame),_and user-definable information. Such_information_allows audio to be