This blog post concerns my Interviewees and their Social Media Accounts.
"SocialMedia.jpg", 05/2015, wp-content; Public Domain.
http://www.jsums.edu/socialmedia/files/2015/05/SocialMedia.jpg
Create an organized, clean blog post that gives us the following information. Title it "My Interviewees on Social Media."
Find the two people you have scheduled interviews with on as many of the following social media networks as you can:
I was able to find Tosiron Adegbija on linkedin. His social media profile is moderately professional. First impression, he has a headshot of himself in a nice blue polo with some warm lighting.
There is a slew of background experience, dating back to 2004. starting from pre-college internships all the way to his current job. I can't see exactly what he posted because his account is on private, but it is very much in line with the formality presented in his academic journal.
I was also able to find Ali Akoglu on linkedin. His social media profile is of him in a suit and red tie. It gives off an extremely professional vibe, greeted with a mild smile.
Again, his profile was on private, but from what I can indicate, it was very much in line with the formal tone that characterized his journal.
There is a slew of background experience, dating back to 2004. starting from pre-college internships all the way to his current job. I can't see exactly what he posted because his account is on private, but it is very much in line with the formality presented in his academic journal.
I was also able to find Ali Akoglu on linkedin. His social media profile is of him in a suit and red tie. It gives off an extremely professional vibe, greeted with a mild smile.
Again, his profile was on private, but from what I can indicate, it was very much in line with the formal tone that characterized his journal.
Here is a specific quote from Tosiron's academic journal.
"The growth of the IoT and the resulting exponential increase in acquired/transmitted data poses significant bandwidth and latency challenges. These challenges are exacerbated by the intrinsic resource constraints of most embedded edge nodes, coupled with increasing consumer demand for high-performance applications, resulting in more complex data."
His presentation comes off as professional, and his writing parallels that exactly. The tone of the statement is extremely formal, despite the fact that what he is saying above is all opinion! You see him as a credible person, so you don't think twice to question what he has to say. Ethos!
Here is a specific quote from Akoglu's academic journal.
"'New packing algorithm employs average interconnection length estimation obtained through Rent's Rule in order to incorporate the wiring requirement into the cost function. This approach provides on average 28% reduction in number of nets and 26% reduction on number of tracks used compared to the state of the art approaches. Results will lead to significant amount of savings in switching complexity; hence contribute to reduction in power consumption and increase the processing speed."
Parallel structure dominates this short paragraph. By using complex yet symmetrical lingual structure, it assures the reader that Akoglu knows what he is talking about, since he is able to control complex ideas. This is exactly what you would expect after seeing his little "twitcon" on linkedin.
"The growth of the IoT and the resulting exponential increase in acquired/transmitted data poses significant bandwidth and latency challenges. These challenges are exacerbated by the intrinsic resource constraints of most embedded edge nodes, coupled with increasing consumer demand for high-performance applications, resulting in more complex data."
His presentation comes off as professional, and his writing parallels that exactly. The tone of the statement is extremely formal, despite the fact that what he is saying above is all opinion! You see him as a credible person, so you don't think twice to question what he has to say. Ethos!
Here is a specific quote from Akoglu's academic journal.
"'New packing algorithm employs average interconnection length estimation obtained through Rent's Rule in order to incorporate the wiring requirement into the cost function. This approach provides on average 28% reduction in number of nets and 26% reduction on number of tracks used compared to the state of the art approaches. Results will lead to significant amount of savings in switching complexity; hence contribute to reduction in power consumption and increase the processing speed."
Parallel structure dominates this short paragraph. By using complex yet symmetrical lingual structure, it assures the reader that Akoglu knows what he is talking about, since he is able to control complex ideas. This is exactly what you would expect after seeing his little "twitcon" on linkedin.
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