How can I convert text to ASCII?

I was trying to read sensor data on my smartphone using MATLAB and I downloaded udp sensor. Using udpport and readline command I could read the data I guess but I am not sure if it is the data because I can't understand the output. So how can I convert it to something I can understand?
My code;
u2 = udpport("LocalPort",8080,"EnablePortSharing",true)
data = readline(u2)
The output;
'¼š€=€¾M‹ =Q¥ø¿,]¿==i½h¯½-ÉüBŸ­ÊÂB¥@¿®f B( @  ¼š€=€¾M‹ =PúÆ¿,š¤¿<×=i½h¯½-ÉüBŸ­ÊÂB¥@¿®f B( @  ¼š€=€¾M‹ =["п-€¿;ù{=i½h¯½-ÉüBŸ­ÊÂB¥@¿®f B( @  ¼š€=€¾M‹ =Z­¿.kj¿;y>*z=äh=<4Bœn@ÂB¥@¿®f B( @  ¼š€=€¾M‹ =V q¿.Í
¿:Éß>*z=äh=<4Bœn@ÂB¥@¿®f B( @  ¼Z†@»V  >(Á =Ll€¿.Ôh¿:Í8>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =Kkµ¿/TÍ¿:V.>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =Hôk¿/…ž¿:*·>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =P­¿0jT¿9J°>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =JëO¿0$È¿9’>>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =B\¿0c¿9­©>*z=äh=<4B “NÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =.)à¿/ëD¿9åÕ8h©¼UR~>0Á{B¡öaÂ/Õ@°Rñ B @  ¼Z†@»V  >(Á =.êy¿06Ö¿9œ8h©¼UR~>0Á{B¡öaÂ/Õ@°Rñ B @  ¼“` =)ê >\À=+‡Ë¿1iÈ¿8{a8h©¼UR~>0Á{B¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=5Ú¢¿2IÏ¿7™Y8h©¼UR~>0Á{B¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=8Ý¿7üý¿1ß{8h©¼UR~>0Á{B¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=-‰b¿<”¿-½8h©¼UR~>0Á{B¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=Bd¿¿)â8h©¼UR~>0Á{B¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=38Œ¿E6Ë¿#v?Ê_‘?„Õ½?‘÷þB¤‚Â%tà@­Ç; B @  ¼“` =)ê >\À=;>æ¿I» ¿t¦?Ê_‘?„Õ½?‘÷þB¨¢[Â%tà@­Ç; B @  ¼“` =)ê >\À<Ć?¿R}ø¿ß{?Ê_‘?„Õ½?‘÷þB¨¢[Â%tà@­Ç; B @  =÷šž>À ¾†æ;.Š-¿VöÙ¿Tø?Ê_‘?„Õ½?‘÷þB™~;ÂHÝy?˜þˆ B @  =÷šž>À ¾†æ¼Êàœ¿Yžó¿ 5?Ê_‘?„Õ½?‘÷þB™~;ÂHÝy?˜þˆ B @  =÷šž>À ¾†æ½¦Hù¿`E‹¾ô‘?Ê_‘?„Õ½?‘÷þB™~;ÂHÝy?˜þˆ B @  =÷šž>À ¾†æ½ÊÛB¿c¾÷¾åù?Ê_‘?„Õ½?‘÷þB™~;ÂHÝy?˜þˆ B @  =÷šž>À ¾†æ½÷ƒò¿f¼ª¾ÕÍB?Ê_‘?„Õ½?‘÷þB™~;ÂHÝy?˜þˆ B @  =÷šž>À ¾†æ¾'

4 Comments

Are you sure the data sent over this connection is actually text?
I actually could convert it by using text to ascii converter online, so I think it is text but I am not totally sure about it.
As I understand it, ASCII is a pretty basic encoding of text. It should already be recognizable. Or is this the 7 bit version? Then the conversion will be very tricky, but that would also have made the reading itself non-trivial.
If you find an online converter that does what you need you could post the link here and we could help you try to implement it in Matlab.
I have downloaded a sensor app which I can obtain the outputs as xml format and I can read the data now. Thank you so much for your concern...

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on 8 Jan 2021

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on 8 Jan 2021

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