Using MATLAB plot path loss prediction versus distance and log distance for a cellular system you...

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Electrical Engineering

Using MATLAB plot path loss prediction versus distance and logdistance for a cellular system you are designing with the followingassumptions: PCS frequency (1900 MHz), base height 20 m, mobile 2m, suburban area, flat terrain with moderate tree density.

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work varargout URBANPtHLOSSMDLSvargin URBANPATHLOSSMODELS Mpetition for URBANPATHLOSSMODELSfig guiSinton 1 guiSt strctguiName mfilename guiSileton guiSingleton guiOpningFcn URBANPATHLOSSMODELSOpeningFcn guiOutptFcn URBANPATHLOSSMODELSOutputFcn guiLaytFcn guiCallbck in the event that nargn ischrvargin1 guiStatguiCallback str2funcvarargin1 end on the off chance that nargout varargout1nargout guimainfcnguiState varargin else guimainfcnguiState varargin end End instatement code DO NOT EDIT Executes just before URBANPATHLOSSMODELS is made noticeable work URBANPATHLOSSMODELSOpeningFcnhObject eventdata handles varargin This capacity has no yield args see OutputFcn hObject handle to figure eventdata held to be characterized in a future form of MATLAB handles structure with handles and client information see GUIDATA varargin charge line contentions to URBANPATHLOSSMODELS see VARARGIN Choose default charge line yield for URBANPATHLOSSMODELS handlesoutput hObject Update handles structure guidatahObject handles UIWAIT influences URBANPATHLOSSMODELS to sit tight for client reaction see UIRESUME uiwaithandlesfigure1 Outputs from this capacity are come back to the summon line work varargout URBANPATHLOSSMODELSOutputFcnhObject eventdata handles varargout cell exhibit for returning yield args see VARARGOUT hObject handle to figure eventdata saved to be characterized in a future variant of MATLAB handles structure with handles and client information see GUIDATA Get default charge line yield from handles structure varargout1 handlesoutput work edit1CallbackhObject eventdata handles hObject handle to edit1 see GCBO eventdata saved to be characterized in a future variant of MATLAB handles structure with handles and client information see GUIDATA Hints gethObjectString returns substance of edit1 as content str2doublegethObjectString returns substance of edit1 as a twofold Executes amid question creation subsequent to setting all properties work edit1CreateFcnhObject eventdata handles hObject handle to edit1 see GCBO eventdata held to be characterized in a future form of MATLAB handles purge handles not made until after all CreateFcns called Hint alter controls generally have a white foundation on Windows See ISPC and COMPUTER on the off chance that ispc isequalgethObjectBackgroundColor get0defaultUicontrolBackgroundColor sethObjectBackgroundColorwhite end work edit2CallbackhObject eventdata handles hObject handle to edit2 see GCBO eventdata held to be characterized in a future rendition of MATLAB handles structure with handles and client information see GUIDATA Hints gethObjectString returns substance of edit2 as content str2doublegethObjectString returns substance of edit2 as a twofold Executes amid protest creation in the wake of setting all properties work edit2CreateFcnhObject eventdata handles hObject handle to edit2 see GCBO eventdata saved to be characterized in a future variant of MATLAB handles exhaust handles not made until after all CreateFcns called Hint alter controls normally have a white foundation on Windows See ISPC and COMPUTER in the event that ispc isequalgethObjectBackgroundColor get0defaultUicontrolBackgroundColor sethObjectBackgroundColorwhite end work edit3CallbackhObject eventdata handles hObject handle to edit3 see GCBO eventdata saved to be    See Answer
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