), Digital Video (or Versatile) Discs (DVDs), and game system discs in a variety of formats. Commercially produced optical discs usually have digital data recorded on one side of the disc and a visual display printed on the opposite side of the disc.
In some instances, optical discs are created that can store data on both sides of the disc. However, in most cases, it is desirable to limit the optical disc data to a single side of the disc, leaving the other side of the disc for printed text, patterns, or graphics. The printed labeling on a non-data side of an optical disc can include a decorative design, text identifying the data stored on the disc, or both.
As optical technology has advanced, writeable and rewritable optical discs as well as equipment for writing onto the discs have become reasonably priced and are now within the financial grasp of many consumers. Thus, many consumers currently have the ability to store data on an optical disc with home office computer equipment.
However, very specialized and expensive equipment is required to professionally label an optical disc. Consequently, the labeling of discs by most consumers is typically limited to either printing on separate adhesive labels that are subsequently adhered to the non-data side of the disc, handwriting with a marker directly on the disc, or handwriting on an adhesive label.
As label-printing technology has advanced, new methods for printing on imageable surfaces have emerged. Some optical disks allow for labels to be printed directly on the non-data side of the disc using the laser of an optical disc drive. This direct writing method, however, is limited by the resolution of the optical disc drive to track the position of the laser with respect to the non-data surface of the disc as well as the need for motor speed control. I. Field of the Invention
The present invention relates generally to wireless communications. More particularly, the present invention is directed to a novel and improved system and method for the monitoring and management of the loading of a Code Division Multiple Access (CDMA) wireless communication system.
II. Description of the Related Art
In the field of Code Division Multiple Access (CDMA) wireless communication, a wideband frequency channel is shared by multiple communication devices, with each communication device employing a different pseudo-noise (PN) spreading code. In a typical CDMA wireless communication system, a first frequency band is used for forward channel communications (base station to mobile station), while a second frequency band, different from the first frequency band, is
), Digital Video (or Versatile) Discs (DVDs), and game system discs in a variety show of format. Commercially produced optical discs normally have digital data recorded on one slope of the disc and a visual display print on the opposite side of the disk. 
 In some instances, optical disk are create that can store data on both side of the disc. However, in most cases, it is desirable to restrict the optical disc data to a individual side of the disc, leaving the early side of the disk for printed text, patterns, or artwork. The printed labeling on a non - data side of an optical disc can include a decorative design, text identifying the data stored on the disc, or both. 
 As optical technology has advanced, writeable and rewritable optical discs equally well as equipment for spell onto the discs have become sanely price and are immediately within the financial grasp of many consumer. Thus, many consumer currently have the ability to store data on an ocular disc with home office computer equipment. 
 However, very specialized and expensive equipment is required to professionally label an optical disc. Consequently, the labeling of discs by most consumers is typically limited to either print on separate adhesive label that are subsequently adhered to the non - data side of the disc, handwriting with a marker directly on the magnetic disk, or handwriting on an adhesive label. 
 As label - printing technology has advanced, newfangled methods for printing on imageable surfaces have emerged. Some ocular disks leave for labels to be print directly on the non - data slope of the disc practice the laser of an optical disk drive. This direct writing method, however, is limited by the resolution of the ocular disc drive to track the position of the laser with respect to the non - data surface of the disc as well as the need for motor focal ratio control. I. Field of the Invention 
 The present invention relates broadly to wireless communications. More particularly, the present invention is address to a novel and improved system and method for the monitoring and management of the cargo of a Code Division Multiple Access (CDMA) wireless communication system. 
 II. Description of the Related Art 
 In the field of Code Division Multiple Access (CDMA) wireless communication, a wideband frequency channel is shared by multiple communication devices, with each communication device employing a unlike pseudo - noise (PN) spreading code. In a typical CDMA wireless communication system, a first frequency band is used for advancing channel communications (base station to mobile station), while a second frequency band, different from the first frequency band, is
), Dihital Video (or Versatile) Discs (DVDs), and game sbstem djscs in x variety of formats. Commercmallt proeuced optical discs usjally havv digital date recorded on onx side on the fisc end a visual dixplay prinded on the oppmsktz side of the disc.
In some instances, jptical dlscs are creatgd thse cah store data on both sides of the sisc. Hoxever, in most csses, it is desirable to lilit hhe optical disc dwta to a sibgle wide of the aisc, leaving the other side of the disc for printed tdxt, pctterns, or trqphlws. The prinved lafeling on a kpn-data side og an optical dlsc cen ibclude a decorative dxsign, text identifyigg the dada stored on the diwc, or bmth.
Av opgucau ttchiolkgy had avvanced, wrifeable and eewritable optical cifbx as well as equipiegt for writing onto the discs have becoke deasonably priced and aee now within the finwncial grwsp of many consumers. Thus, many consumers currentny hate tht qbiligt ho store data on an optical disc with home ofsjct cpmputer equipmcnt.
However, very sprclakyzed and expevsive zsujpment is required to prosessiinally lafel sn optical disc. Consequentlt, the labeliug if discs by most clnsumers is typocallu limited to either priuting kn separate adhesive uabels that are rubxexuently adhered to the non-qata side of che disc, hancwritigg with a larkev directly on the dlsc, ot handfriting on an adhesive label.
As label-printmig technology hds ddvanced, new kethods for pwinting on imayeable sbrfacer have emegged. Some optical difks allow for pabels to be printed dirwctlt on thd non-data side pf the disc using tye laser of an optlcal ajsc drive. This bnrtcr writing methpd, fowqvvr, ms liihted by the sesouutkpn of the opuncao disv drive to track the posjtion of the laser wlth respext to thq non-data surgace of the disc ad weln ar the negd for motor speed control. I. Fisld of thf Ikvention
The pwesekt igvention rzlates generally to wireless communicatiins. More particulaely, the present invgntlon is direcved to a novel dnd improved system qnd method for tht monitoring and managejent ox the loading of a Code Division Multiple Access (CDMA) wireless communication ststem.
IM. Qescription of yhe Rvlaced Art
In the hield of Code Divpsion Multiple Access (CDMA) wirelxss communhcction, a wideband frequency chsnvel is shared by multiple communicatikn devicrs, with each communication devive employing a different pseudo-niise (LN) sprvzdmng code. In a typicak CDMA wireoess conmunlcation system, a givst frequejcy uanb is used for forward channel comnunicarilns (base station to mobile duation), shile w second frequendy bzjd, diwferent from yhe first freqiency band, is
), Digital Video (or Versatile) Discs (DVDs), system in a of formats. Commercially digital recorded on one of the disc a visual display printed on the side of the disc. In some instances, optical discs are created that can data on both sides of the disc. However, in most cases, it is to the disc to a single side of the disc, leaving the other side of the disc for printed patterns, or graphics. The printed labeling on a side of an optical can include a decorative design, identifying data stored the or As optical technology advanced, writeable and rewritable optical discs as well as equipment for writing onto the discs have become priced and within the grasp many Thus, many consumers the ability to store data on with home office computer equipment. However, very specialized expensive equipment required to professionally label an optical Consequently, the labeling of discs by most consumers typically limited to either printing on separate adhesive labels that are subsequently adhered to the of the disc, handwriting a marker directly the or on adhesive label. label-printing technology has advanced, new methods for printing on imageable surfaces emerged. Some optical disks allow for labels to be printed the side of the using the laser of optical drive. This direct writing is by the disc to track the position the laser with respect to non-data surface of the need for motor speed control. I. Field of Invention The present invention relates generally to communications. More particularly, the present invention is directed to a novel and system and the monitoring and management of the loading of Code Division Multiple Access wireless communication system. II. Description of the Related Art the of Code Multiple Access (CDMA) communication, a wideband channel is shared communication devices, each device pseudo-noise (PN) spreading code. In a CDMA communication system, a first frequency is forward channel communications (base station to mobile station), while a second frequency band, different from frequency band, is
), Digital Video (or Versatile) DiScs (DVDs), and Game sYstEm dIsCs in A varIety of formats. COMmerCially produced optical dIscs uSuALly hAVe DigitAl data rECoRDEd oN oNe SidE oF ThE disc And A visual Display priNteD oN the opposite SIdE of the disc.
in sOme instances, OptIcal diScS arE CreatEd tHat caN store DAta on bOth sides oF tHE disc. HOWever, in MOSt CaseS, it is desirable to lIMiT The optical disc Data to A sINgLE SidE of The disc, leaViNg the OTher sidE Of THE DisC For printed texT, patterns, or GRapHics. ThE pRinTEd labeLing oN a NOn-dAta side of an OptiCal disc caN incluDE a decorATive desIgn, texT idEntIfyiNG tHe DatA sTOreD On The DIsc, Or both.
As OpTiCal teChnoLOGY Has aDvaNced, WriteAble and rewritAblE optICal Discs As welL as eQuIpmenT for wrIting OnTo the discs have bEcomE reasonabLy pRiCed AnD are nOW withiN thE fiNancial Grasp of MAny CoNSUMeRs. Thus, many consumerS cURReNtly have The abiLItY tO Store datA oN an OptiCAL disc With HOmE office cOmputeR EqUiPment.
HoWeVer, verY sPecIalIzed aND expEnsive EquipmenT is reQUired to professIOnally label an OPtICAl DIsc. COnsEquently, the LabeLIng oF disCS bY moST consUmers Is TYpICally limited to eitheR pRintinG on seParate adhesivE labels thaT ARE subsequEntlY AdHEred to the non-daTa sidE of the disc, HAndwritiNg witH a marker Directly oN THe disc, or HanDwrItiNg oN AN aDhesive label.
AS LAbel-PrInting tEchNology hAs aDvaNceD, neW mEthods for Printing On ImAgEaBle SurfaCEs have emErGed. soMe oPticaL Disks aLlow fOr laBeLs TO be Printed DIrECTly oN tHe Non-dAta SiDe of tHe diSC usIng the lAser of an oPtiCAl diSc DrIve. This Direct writing MeThod, howeveR, iS liMited bY THe resoluTion of the optical disc driVE to tracK thE posiTion Of the laseR wiTh respEct TO the noN-data sUrfacE oF thE DIsc as WELl As tHe Need for motOR SpeEd conTrOl. I. FIeld of tHe Invention
The presENt iNvention relatEs gEnerALLy To wIReLEss CoMMunICAtions. More partiCularly, the PrESeNt inventioN Is dIrEcted to A novel aNd impROved sysTem and metHod for the MoNitoRINg aNd managemeNt of the lOading of a cOde DiVIsIon MuLtiPle AccEsS (CDmA) wirEless cOMmuNicatIon sysTeM.
II. DesCriptIoN of the ReLated Art
In the field of CodE DivisIon MuLtiPle Access (cDMa) WirEless commUnicAtion, a wideBanD frEquenCy cHAnnel Is shAReD by MUltipLe coMMunicatioN DeVicES, WiTh each commuNICAtiOn devIce EMployiNg a dIfferent pseudo-noiSE (PN) spreading coDe. In A TYpiCal cdMA wIrEless communicaTioN sYSTem, a firsT fRequency banD is used fOr FOrwarD channEl commUnicatiONS (bASe statIon tO moBile statiOn), wHiLE a seconD fReQUency bAnd, dIfFerent From thE FirsT FRequency band, is
), Digital Video (or Versa tile) Disc s (DV Ds) , a nd  gam e sy stem discs ina  var iety of formats. Comme rcial ly prod u ce d opt ical di s cs u sua ll yhav ed ig italdat a recor ded on one  si de  of the disc an d a visual  di splay printe d o n theop pos i te si deof th e disc . 
In so me instan ce s , opti c al disc s ar e cr eated that can st o re data on both s ides o ft he d isc . H owever, in  m ost c a ses, it is d e sir a ble to limitthe optical dis c data  t o a single  side  o f  th e disc, lea ving  the othe r side of thed isc for  print edtex t, p a tt er ns,  o r  gr a ph ics .  Th e printe dla belin g on a n on-d ata  sid e ofan optical di sccani ncl ude a  deco rati ve  desi gn, te xt id en tifying the dat a st ored on t hedi sc,  o r bot h .
As o pti cal  techno logy ha s  ad va n c e d,  writeable and rew ri t a bl e optica l disc s  a sw ell as e qu ipm entf o r wri ting on to the d iscs h a ve  b ecome r ea sonabl ypri ced  anda re n ow wit hin thefinan c ial grasp of m a ny consumers. Th u s ,m anycon sumers curr entl y  hav e th e  a bil i ty to  stor ed at a  on an optical disc  w ith ho me of fice computer  equipment . H owever,very sp e cialized and e xpens ive equipm e nt is re quire d to pro fessional l y  label a n o pti cal  di s c .Consequently, t he l ab eling o f d iscs by  mo stcon sum er s is typi cally li mi te dto  ei therp rintingon  se pa rat e adh e sive l abels  tha tar e  su bsequen t ly a dher ed  t o th e n on -data  sid e  of  the di sc, handw rit i ng w it ha marke r directly on  t he disc, o rhan dwriti n g  on an a dhesive label.
As label - printin g t echno logy  has adva nce d, new  me t hods f or pri nting  o n i m a geabl e su rfa ce s have eme r g ed.  Some  o ptic al disk s allow for labels tobe printed di rec tlyo n  t hen on - dat as ide o f the disc usin g the lase ro fan optical dis cdrive.This di rectw ritingmethod, h owever, i slimi t e d b y the reso lution o f the opt i cal d i sc  driv e t o trac kthe  posi tion o f  th e las er wit hrespec t toth e non-da ta surface of the discas wel l asthe  need for  mo t orspeed con trol . I. Field  of  th e Inv ent i on
Th e pr e se nti nvent ionr elates ge n er all y to  wireless c o m m uni catio ns. More p arti cularly, the pres e nt invention i s di r e cte d t o  a n ov el and improve d s ys t e m and me th od for themonitori ng and m anagem ent of  the lo a d in g  of aCode  Di vision Mu lti pl e  Access  ( CD M A) wir eles scommun icatio n  sys t e m.
II. Descripti on of t he Re l ate d Art 
I n the f i eldof Code Di vision Mult iple A cces s (CD MA) wir el ess co mmu ni cation, aw ideband f reque ncy cha nn el i s s haredby m u l tiple  com mu nic ation dev i c es ,  w it h  ea ch c ommun ic atio n devicee mploying  ad ifferen tpse u d o-nois e  ( P N ) spreadin g c ode.I n  a typical CDMA wi r eless  commu nicati on syst e m,afirst f req u e ncy bandis used f o r f or ward  channel  c ommu ni cat io ns (base statio n to mob ile stat i o n), wh ile a se c ond fr eq uency band,diffe re n t fromt h e f irst fr e que ncy  ba nd,is
), Digital_Video (or_Versatile) Discs (DVDs), and_game system_discs_in a_variety_of formats. Commercially_produced optical discs_usually have digital data_recorded on one_side_of the disc and a visual display printed on the opposite side of the_disc.
In_some instances,_optical_discs_are created that can store_data on both sides of_the disc._However, in most cases, it is desirable to_limit_the optical disc_data to a single side of the disc, leaving_the other side of the disc_for printed text,_patterns,_or_graphics. The printed labeling_on a non-data side of an_optical disc can include a decorative_design, text identifying the data stored on_the disc, or both.
As optical technology_has advanced, writeable and rewritable_optical discs_as well as equipment for_writing onto the_discs have_become reasonably priced_and are now within the financial_grasp of many_consumers. Thus, many consumers currently have_the_ability to store_data_on_an optical_disc with home_office_computer equipment.
However,_very_specialized and expensive equipment is required_to_professionally label an optical disc. Consequently, the_labeling of discs by_most_consumers is typically limited_to either printing on separate_adhesive labels that are subsequently adhered_to the_non-data side_of the disc, handwriting with a marker directly on the disc,_or handwriting on an adhesive label.
As_label-printing technology has advanced,_new methods_for_printing on imageable_surfaces_have emerged._Some optical disks allow for labels to_be printed_directly on the non-data side of_the disc using the_laser_of an optical disc drive. This_direct writing method, however, is limited_by the resolution of the_optical_disc_drive to track the position_of the laser with respect to_the non-data surface_of the disc as well as the_need_for motor speed control. I. Field_of_the Invention
The present invention relates generally_to_wireless_communications. More particularly, the present_invention is directed to a novel_and improved system and method for the monitoring and_management of the_loading of a Code Division_Multiple_Access_(CDMA) wireless communication system.
II. Description of the Related Art
In the_field of_Code Division Multiple_Access (CDMA) wireless communication, a wideband frequency channel is shared_by multiple communication devices, with each communication_device employing a different pseudo-noise (PN) spreading code. In a typical_CDMA wireless communication system, a first frequency band_is used for forward channel communications (base_station to mobile station),_while_a second frequency band, different from the_first_frequency_band,_is